|
Ganglioneuroblastoma
|
A photomicrograph of a ganglioneuroblastoma, courtesy of the National Cancer Institute.
|
28/04/2007 @ 9:44
|
jdmiles
|
_INCLUDE_IMAGE_111_END_INCLUDE_IMAGE_
|
|
Venus Radial
|
Botticelli's Venus with sensory distribution of right radial nerve highlighted in green.
|
11/03/2007 @ 20:50
|
jdmiles
|
_INCLUDE_IMAGE_91_END_INCLUDE_IMAGE_
|
|
Venus Lower Trunk
|
Botticelli's Venus, with the area receiving sensation from the right ulnar nerve, medial cutaneous antebrachial nerve, and medial brachial cutaneous nerve highlighted.
|
11/03/2007 @ 18:08
|
jdmiles
|
_INCLUDE_IMAGE_90_END_INCLUDE_IMAGE_
|
|
Venus Median
|
Botticelli's Venus, with the median nerve sensory distribution highlighted.
|
11/03/2007 @ 18:02
|
jdmiles
|
_INCLUDE_IMAGE_89_END_INCLUDE_IMAGE_
|
|
Alexia without Agraphia 01
|
FLAIR MRI of a stroke resulting in alexia without agraphia.
|
19/03/2007 @ 9:18
|
jdmiles
|
_INCLUDE_IMAGE_97_END_INCLUDE_IMAGE_
|
|
Gross Brain Highlighting Medial
|
Coronal gross brain slice showing cererbral hemispheres and cerebellar structures. There is a red circle demarking the right medial inferior cerebellar cortex.
|
06/04/2007 @ 14:14
|
jdmiles
|
_INCLUDE_IMAGE_99_END_INCLUDE_IMAGE_
|
|
Gray812
|
Gray's Anatomy - Distribution of cutaneous nerves of the upper extremities
|
13/03/2007 @ 3:20
|
jdmiles
|
_INCLUDE_IMAGE_94_END_INCLUDE_IMAGE_
|
|
Vitruvian RUE Axillary
|
The Vitruvian Man with the sensory distribution of the right axillary nerve highlighted in red.
|
13/03/2007 @ 3:33
|
jdmiles
|
_INCLUDE_IMAGE_95_END_INCLUDE_IMAGE_
|
|
Ganglioneuroblastoma
|
A photomicrograph of a ganglioneuroblastoma, courtesy of the National Cancer Institute.
|
28/04/2007 @ 9:46
|
jdmiles
|
_INCLUDE_IMAGE_112_END_INCLUDE_IMAGE_
|
|
Amyloid Plaque NIA
|
A photomicrograph of an amyloid plaque, from the National Institute of Aging
|
28/04/2007 @ 9:34
|
jdmiles
|
_INCLUDE_IMAGE_110_END_INCLUDE_IMAGE_
|
|
Amyloid Plaque NIA
|
A photomicrograph of an amyloid plaque, from the National Institute of Aging
|
28/04/2007 @ 9:33
|
jdmiles
|
_INCLUDE_IMAGE_109_END_INCLUDE_IMAGE_
|
|
Amyloid Plaque NIA
|
A photomicrograph of an amyloid plaque, from the National Institute of Aging
|
28/04/2007 @ 9:31
|
jdmiles
|
_INCLUDE_IMAGE_108_END_INCLUDE_IMAGE_
|
|
Amyloid Plaque NIA
|
A photomicrograph of an amyloid plaque, from the National Institute of Aging
|
28/04/2007 @ 9:30
|
jdmiles
|
_INCLUDE_IMAGE_107_END_INCLUDE_IMAGE_
|
|
Septo-optic Dysplasia
|
MRI T1 Coronal image of a newborn with septo-optic dysplasia.
|
24/04/2007 @ 14:34
|
jdmiles
|
_INCLUDE_IMAGE_106_END_INCLUDE_IMAGE_
|
|
Ganglioneuroblastoma
|
A photomicrograph of a ganglioneuroblastoma, courtesy of the National Cancer Institute.
|
28/04/2007 @ 9:47
|
jdmiles
|
_INCLUDE_IMAGE_113_END_INCLUDE_IMAGE_
|
|
Ganglioneuroblastoma
|
A photomicrograph of a ganglioneuroblastoma, courtesy of the National Cancer Institute.
|
28/04/2007 @ 9:47
|
jdmiles
|
_INCLUDE_IMAGE_114_END_INCLUDE_IMAGE_
|
|
Lewy Body
|
A photomicrograph of a Lewy body, courtesy of the National Cancer Institute
|
28/04/2007 @ 9:49
|
jdmiles
|
_INCLUDE_IMAGE_115_END_INCLUDE_IMAGE_
|
|
Lewy body
|
A photomicrograph of a Lewy body, courtesy of the National Cancer Institute
|
28/04/2007 @ 9:50
|
jdmiles
|
_INCLUDE_IMAGE_116_END_INCLUDE_IMAGE_
|
|
Lewy Body
|
A photomicrograph of a Lewy body, courtesy of the National Cancer Institute
|
28/04/2007 @ 9:51
|
jdmiles
|
_INCLUDE_IMAGE_117_END_INCLUDE_IMAGE_
|
|
Lewy body
|
A photomicrograph of a Lewy body, courtesy of the National Cancer Institute
|
28/04/2007 @ 9:51
|
jdmiles
|
_INCLUDE_IMAGE_118_END_INCLUDE_IMAGE_
|
|
Neuroblastoma
|
A photomicrograph of a neuroblastoma, courtesy of the National Cancer Institute
|
28/04/2007 @ 9:52
|
jdmiles
|
_INCLUDE_IMAGE_119_END_INCLUDE_IMAGE_
|
|
Neuroblastoma
|
A photomicrograph of a neuroblastoma, courtesy of the National Cancer Institute
|
28/04/2007 @ 9:53
|
jdmiles
|
_INCLUDE_IMAGE_120_END_INCLUDE_IMAGE_
|
|
Neuroblastoma
|
A photomicrograph of a neuroblastoma, courtesy of the National Cancer Institute
|
28/04/2007 @ 9:53
|
jdmiles
|
_INCLUDE_IMAGE_121_END_INCLUDE_IMAGE_
|
|
Neuroblastoma
|
A photomicrograph of a neuroblastoma, courtesy of the National Cancer Institute
|
28/04/2007 @ 9:55
|
jdmiles
|
_INCLUDE_IMAGE_123_END_INCLUDE_IMAGE_
|
|
EEG artifacts
|
A normal EEG from an adult showing muscle and eye blink artifacts
|
28/04/2007 @ 11:35
|
jdmiles
|
_INCLUDE_IMAGE_124_END_INCLUDE_IMAGE_
|
|
EEG alpha coma
|
EEG showing alpha coma
|
28/04/2007 @ 11:36
|
jdmiles
|
_INCLUDE_IMAGE_125_END_INCLUDE_IMAGE_
|
|
EEG normal with eye movements
|
This is a normal adult EEG. The patient is drowsy. There are slow, roving lateral eye movements.
|
28/04/2007 @ 11:49
|
jdmiles
|
_INCLUDE_IMAGE_126_END_INCLUDE_IMAGE_
|
|
EEG normal drowsy slow eye movem
|
A normal, adult EEG in the drowsy state. There are slow, roving lateral eye movements.
|
28/04/2007 @ 12:01
|
jdmiles
|
_INCLUDE_IMAGE_127_END_INCLUDE_IMAGE_
|
|
EEG normal with EKG artifact
|
A normal adult EEG with EKG artifact.
|
28/04/2007 @ 12:03
|
jdmiles
|
_INCLUDE_IMAGE_128_END_INCLUDE_IMAGE_
|
|
EEG normal with EKG artifact
|
This is a normal adult EEG with EKG artifact.
|
28/04/2007 @ 12:04
|
jdmiles
|
_INCLUDE_IMAGE_129_END_INCLUDE_IMAGE_
|
|
EEG normal with EKG artifact
|
This is a normal EEG with EKG artifact. Some of the artifacts are circled in red.
|
28/04/2007 @ 12:06
|
jdmiles
|
_INCLUDE_IMAGE_130_END_INCLUDE_IMAGE_
|
|
EEG FIRDA
|
An EEG from an elderly adult showing FIRDA.
|
28/04/2007 @ 12:09
|
jdmiles
|
_INCLUDE_IMAGE_131_END_INCLUDE_IMAGE_
|
|
EEG FIRDA
|
An EEG from an elderly adult showing FIRDA.
|
28/04/2007 @ 12:10
|
jdmiles
|
_INCLUDE_IMAGE_132_END_INCLUDE_IMAGE_
|
|
EEG FIRDA
|
An EEG from an elderly adult showing FIRDA.
|
28/04/2007 @ 12:10
|
jdmiles
|
_INCLUDE_IMAGE_133_END_INCLUDE_IMAGE_
|
|
EEG FIRDA
|
An EEG from an elderly adult showing FIRDA.
|
28/04/2007 @ 12:11
|
jdmiles
|
_INCLUDE_IMAGE_134_END_INCLUDE_IMAGE_
|
|
EEG normal tachycardia
|
A normal adult EEG with tachycardia seen on the EKG tracing.
|
28/04/2007 @ 12:12
|
jdmiles
|
_INCLUDE_IMAGE_135_END_INCLUDE_IMAGE_
|
|
EEG PLEDs right
|
An abnormal EEG showing PLEDs on the right side and diffuse slowing.
|
28/04/2007 @ 12:13
|
jdmiles
|
_INCLUDE_IMAGE_136_END_INCLUDE_IMAGE_
|
|
EEG normal sleep
|
This is a normal adult EEG showing light sleep. Spindles and POSTs are seen.
|
28/04/2007 @ 12:15
|
jdmiles
|
_INCLUDE_IMAGE_137_END_INCLUDE_IMAGE_
|
|
AVM
|
Photomicrograph of an AVM.
|
28/04/2007 @ 13:59
|
jdmiles
|
_INCLUDE_IMAGE_138_END_INCLUDE_IMAGE_
|
|
AVM
|
Photomicrograph of an AVM.
|
28/04/2007 @ 14:00
|
jdmiles
|
_INCLUDE_IMAGE_139_END_INCLUDE_IMAGE_
|
|
AVM
|
Photomicrograph of an AVM
|
28/04/2007 @ 14:01
|
jdmiles
|
_INCLUDE_IMAGE_140_END_INCLUDE_IMAGE_
|
|
AVM
|
Photomicrograph of an AVM
|
28/04/2007 @ 14:02
|
jdmiles
|
_INCLUDE_IMAGE_141_END_INCLUDE_IMAGE_
|
|
Stroke Right PCA
|
MRI diffusion-weighted image showing an acute right PCA infarct.
|
01/05/2007 @ 20:09
|
jdmiles
|
_INCLUDE_IMAGE_142_END_INCLUDE_IMAGE_
|
|
Schizencephaly MRI
|
This is an MRI of an infant with schizencephaly.
|
02/05/2007 @ 16:12
|
jdmiles
|
_INCLUDE_IMAGE_143_END_INCLUDE_IMAGE_
|
|
Metachromatic Leukodystrophy MRI
|
This is a T2 MRI of the brain of a person with metachromatic leukodystrophy.
|
02/05/2007 @ 16:13
|
jdmiles
|
_INCLUDE_IMAGE_144_END_INCLUDE_IMAGE_
|
|
Fasciculus Gracilis C6 MRI
|
A T2 MRI, horizontal sections, showing the C6 segment of spinal cord. Left fasciculus gracilis is highlighted in red.
|
02/05/2007 @ 18:49
|
jdmiles
|
_INCLUDE_IMAGE_145_END_INCLUDE_IMAGE_
|
|
Adam FNF Parkinson
|
This is an animation of Michelangelo's Adam with a Parkinsonian tremor, doing the finger-nose-finger exam.
|
03/05/2007 @ 8:38
|
jdmiles
|
_INCLUDE_IMAGE_146_END_INCLUDE_IMAGE_
|
|
Adam FNF Normal
|
This is an animation of Michelangelo's Adam performing the finger-nose-finger exam. The exam is normal.
|
03/05/2007 @ 8:52
|
jdmiles
|
_INCLUDE_IMAGE_147_END_INCLUDE_IMAGE_
|
|
Adam FNF Intention
|
This is an animation of Michelangelo's Adam with an intention tremor, doing the finger-nose-finger exam.
|
03/05/2007 @ 8:56
|
jdmiles
|
_INCLUDE_IMAGE_148_END_INCLUDE_IMAGE_
|
|
Adam FNF Essential
|
This is an animation of Michelangelo's Adam with an essential tremor.
|
03/05/2007 @ 8:58
|
jdmiles
|
_INCLUDE_IMAGE_149_END_INCLUDE_IMAGE_
|
|
Tilt Table POTS
|
Tilt table study showing postural orthostatic tachycardia syndrome (POTS).
|
29/08/2007 @ 17:10
|
jdmiles
|
_INCLUDE_IMAGE_150_END_INCLUDE_IMAGE_
|
|
Tilt Table Normal
|
Normal tilt table study.
|
29/08/2007 @ 17:12
|
jdmiles
|
_INCLUDE_IMAGE_151_END_INCLUDE_IMAGE_
|
|
Tilt Table Orthostatic Hypotensi
|
Tilt table study showing orthostatic hypotension.
|
29/08/2007 @ 17:13
|
jdmiles
|
_INCLUDE_IMAGE_152_END_INCLUDE_IMAGE_
|
|
Tilt Table Syncope
|
Tilt table study showing syncope.
|
29/08/2007 @ 17:15
|
jdmiles
|
_INCLUDE_IMAGE_153_END_INCLUDE_IMAGE_
|
|
Ring-enhancing Lesion MRI
|
T1 MRI with gadolinium contrast, showing a ring-enhancing lesion in the right FrontalCortex.
|
09/09/2007 @ 11:58
|
jdmiles
|
_INCLUDE_IMAGE_154_END_INCLUDE_IMAGE_
|
|
Port Wine
|
Velazquez's 1656 portrait of the young Marguerite Therese, with a port wine stain added.
|
18/09/2007 @ 3:10
|
jdmiles
|
_INCLUDE_IMAGE_155_END_INCLUDE_IMAGE_
|
|
Bilateral Acoustic Neuromas
|
An MRI showing bilateral acoustic neuromas.
|
21/09/2007 @ 2:57
|
jdmiles
|
_INCLUDE_IMAGE_156_END_INCLUDE_IMAGE_
|
|
Optic Glioma
|
T1 MRI of a person with a left optic glioma.
|
22/09/2007 @ 8:41
|
jdmiles
|
_INCLUDE_IMAGE_157_END_INCLUDE_IMAGE_
|
|
Wenicke Encephalopathy
|
MRI of a person wtih Wernicke encephalopathy.
|
22/09/2007 @ 18:44
|
jdmiles
|
_INCLUDE_IMAGE_158_END_INCLUDE_IMAGE_
|
|
3Hz Spike and wave 01
|
This is an EEG of generalized 3Hz spike and wave discharges. This image is courtesy of the Wikimedia commons, and is licensed under Creative Commons Attribution ShareAlike 2.0. For full documentation, please see: http://commons.wikimedia.org/wiki/Image:Spike-waves.png
|
02/10/2007 @ 15:43
|
jdmiles
|
_INCLUDE_IMAGE_159_END_INCLUDE_IMAGE_
|
|
Anterior Leukodystrophy MRI T2
|
T2 MRI showing an anterior leukodystrophy.
|
03/10/2007 @ 3:57
|
jdmiles
|
_INCLUDE_IMAGE_160_END_INCLUDE_IMAGE_
|
|
EEG slowing in hyperventilation
|
An EEG of normal slowing during hypeventilation.
|
10/10/2007 @ 7:32
|
jdmiles
|
_INCLUDE_IMAGE_161_END_INCLUDE_IMAGE_
|
|
MRI Gad Bolus ACA
|
An MRI Gad Bolus with an arrow pointing to the ACAs
|
12/10/2007 @ 4:28
|
jdmiles
|
_INCLUDE_IMAGE_162_END_INCLUDE_IMAGE_
|
|
Angiogram jugular vein
|
Venous stage of an angiogram, with an arrow pointing to the jugular vein.
|
12/10/2007 @ 10:40
|
jdmiles
|
_INCLUDE_IMAGE_163_END_INCLUDE_IMAGE_
|
|
Angiogram jugular bulb
|
Venous stage of an angiogram, with an arrow pointing to the jugular bulb.
|
12/10/2007 @ 10:41
|
jdmiles
|
_INCLUDE_IMAGE_164_END_INCLUDE_IMAGE_
|
|
Angiogram sigmoid sinus
|
Venous stage of an angiogram, with an arrow pointing to the sigmoid sinus.
|
12/10/2007 @ 10:41
|
jdmiles
|
_INCLUDE_IMAGE_165_END_INCLUDE_IMAGE_
|
|
Angiogram superior sagittal sinu
|
Venous stage of an angiogram, with an arrow pointing to the superior sagittal sinus.
|
12/10/2007 @ 10:42
|
jdmiles
|
_INCLUDE_IMAGE_166_END_INCLUDE_IMAGE_
|
|
Angiogram torcula
|
Venous stage of an angiogram, with an arrow pointing to the torcula (confluence of sinuses).
|
12/10/2007 @ 10:43
|
jdmiles
|
_INCLUDE_IMAGE_167_END_INCLUDE_IMAGE_
|
|
Angiogram transverse sinus
|
Venous stage of an angiogram, with an arrow pointing to the transverse sinus.
|
12/10/2007 @ 10:44
|
jdmiles
|
_INCLUDE_IMAGE_168_END_INCLUDE_IMAGE_
|
|
Grizzly Bear
|
A photograph of a grizzly bear. Don't go too close. You don't want to be mauled by a bear. Courtesy of Wikimedia Commons. This image is published under the GNU Free Documentation License.
|
13/10/2007 @ 3:52
|
jdmiles
|
_INCLUDE_IMAGE_184_END_INCLUDE_IMAGE_
|
|
MRA Gad Bolus Aortic Arch
|
An MRI Gad Bolus with an arrow pointing to the aortic arch.
|
12/10/2007 @ 10:47
|
jdmiles
|
_INCLUDE_IMAGE_170_END_INCLUDE_IMAGE_
|
|
MRA Gad Bolus Innominate
|
An MRI Gad Bolus with an arrow pointing to the innominate (brachiocephalic) artery.
|
12/10/2007 @ 10:48
|
jdmiles
|
_INCLUDE_IMAGE_171_END_INCLUDE_IMAGE_
|
|
MRA Gad Bolus Right CCA
|
An MRI Gad Bolus with an arrow pointing to the right common carotid artery.
|
12/10/2007 @ 10:48
|
jdmiles
|
_INCLUDE_IMAGE_172_END_INCLUDE_IMAGE_
|
|
MRA Gad Bolus Right Vertebral Ar
|
An MRI Gad Bolus with an arrow pointing to the right vertebral artery.
|
12/10/2007 @ 10:50
|
jdmiles
|
_INCLUDE_IMAGE_173_END_INCLUDE_IMAGE_
|
|
MRA Gad Bolus Left Carotid Bifur
|
An MRI Gad Bolus with an arrow pointing to the left carotid bifurcation.
|
12/10/2007 @ 10:50
|
jdmiles
|
_INCLUDE_IMAGE_174_END_INCLUDE_IMAGE_
|
|
MRA Gad Bolus Left CCA
|
An MRI Gad Bolus with an arrow pointing to the left common carotid artery.
|
12/10/2007 @ 10:51
|
jdmiles
|
_INCLUDE_IMAGE_175_END_INCLUDE_IMAGE_
|
|
MRA Gad Bolus Left ECA
|
An MRI Gad Bolus with an arrow pointing to the left external carotid artery.
|
12/10/2007 @ 10:52
|
jdmiles
|
_INCLUDE_IMAGE_176_END_INCLUDE_IMAGE_
|
|
MRA Gad Bolus Left ICA
|
An MRI Gad Bolus with an arrow pointing to the left internal carotid artery.
|
12/10/2007 @ 10:53
|
jdmiles
|
_INCLUDE_IMAGE_177_END_INCLUDE_IMAGE_
|
|
MRA Gad Bolus Left MCA
|
An MRI Gad Bolus with an arrow pointing to the M1 segment of the left middle cerebral artery.
|
12/10/2007 @ 10:54
|
jdmiles
|
_INCLUDE_IMAGE_178_END_INCLUDE_IMAGE_
|
|
MRA Gad Bolus Left Subclavian Ar
|
An MRI Gad Bolus with an arrow pointing to the left subclavian artery.
|
12/10/2007 @ 10:55
|
jdmiles
|
_INCLUDE_IMAGE_179_END_INCLUDE_IMAGE_
|
|
MRV Internal Cerebral Vein
|
A magnetic resonance venogram, with an arrow pointing to the internal cerebral vein.
|
12/10/2007 @ 10:56
|
jdmiles
|
_INCLUDE_IMAGE_180_END_INCLUDE_IMAGE_
|
|
MRV SSS
|
A magnetic resonance venogram, with an arrow pointing to the superior sagittal sinus.
|
12/10/2007 @ 10:57
|
jdmiles
|
_INCLUDE_IMAGE_181_END_INCLUDE_IMAGE_
|
|
MRV Straight Sinus
|
A magnetic resonance venogram, with an arrow pointing to the straight sinus.
|
12/10/2007 @ 10:59
|
jdmiles
|
_INCLUDE_IMAGE_182_END_INCLUDE_IMAGE_
|
|
MRV Transverse Sinus
|
A magnetic resonance venogram, with an arrow pointing to the transverse sinus.
|
12/10/2007 @ 10:59
|
jdmiles
|
_INCLUDE_IMAGE_183_END_INCLUDE_IMAGE_
|
|
Angiogram ACA A2
|
An angiogram with an arrow indicating the A2 segment of the anterior cerebral artery.
|
13/10/2007 @ 10:15
|
jdmiles
|
_INCLUDE_IMAGE_185_END_INCLUDE_IMAGE_
|
|
Angiogram ICA Cavernous
|
An angiogram with an arrow indicating the cavernous segment of the internal carotid artery.
|
13/10/2007 @ 10:16
|
jdmiles
|
_INCLUDE_IMAGE_186_END_INCLUDE_IMAGE_
|
|
Angiogram ICA Cervical
|
An angiogram with an arrow indicating the cervical segment of the internal carotid artery.
|
13/10/2007 @ 10:17
|
jdmiles
|
_INCLUDE_IMAGE_187_END_INCLUDE_IMAGE_
|
|
Angiogram ICA Petrous
|
An angiogram with an arrow indicating the petrous segment of the internal carotid artery.
|
13/10/2007 @ 10:18
|
jdmiles
|
_INCLUDE_IMAGE_188_END_INCLUDE_IMAGE_
|
|
Angiogram ICA Supraclinoid
|
An angiogram with an arrow indicating the supraclinoid (cerebral) portion of the internal carotid artery.
|
13/10/2007 @ 10:19
|
jdmiles
|
_INCLUDE_IMAGE_189_END_INCLUDE_IMAGE_
|
|
Angiogram Opthalmic
|
An angiogram with an arrow indicating the ophthalmic artery.
|
13/10/2007 @ 10:20
|
jdmiles
|
_INCLUDE_IMAGE_190_END_INCLUDE_IMAGE_
|
|
Sacral Dimple
|
A photograph of a sacral dimple. Courtesy of the Auckland District Health Board. © Crown copyright [2000-2005] Auckland District Health Board.
|
13/10/2007 @ 16:46
|
jdmiles
|
_INCLUDE_IMAGE_191_END_INCLUDE_IMAGE_
|
|
Map of Mississippi River Basin
|
A map of the Mississippi River Basin. Courtesy of the U.S. Environmental Protection Agency.
|
14/10/2007 @ 11:52
|
jdmiles
|
_INCLUDE_IMAGE_192_END_INCLUDE_IMAGE_
|
|
Map of Ohio River Basin
|
A map of the Ohio river basin. Courtesy of Wikimedia commons. This file is licensed under the Creative Commons Attribution ShareAlike 2.5 License.
|
14/10/2007 @ 11:54
|
jdmiles
|
_INCLUDE_IMAGE_193_END_INCLUDE_IMAGE_
|
|
Map of the San Joaquin Valley
|
A map of the San Joaquin Vallewy. © 2004 Matthew Trump. Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts. A copy of the license is included in the section entitled "GNU Free Documentation License".
|
14/10/2007 @ 11:59
|
jdmiles
|
_INCLUDE_IMAGE_194_END_INCLUDE_IMAGE_
|
|
Angiogram 2 ACA A1
|
An angiogram with an arrow indicating the A1 segment of the anterior cerebral artery.
|
16/10/2007 @ 3:41
|
jdmiles
|
_INCLUDE_IMAGE_195_END_INCLUDE_IMAGE_
|
|
Angiogram 2 ACA A2
|
An angiogram with an arrow indicating the A2 segment of the anterior cerebral artery.
|
16/10/2007 @ 3:42
|
jdmiles
|
_INCLUDE_IMAGE_196_END_INCLUDE_IMAGE_
|
|
Angiogram 2 ACA ACOM
|
An angiogram with an arrow indicating the anterior communicating artery.
|
16/10/2007 @ 3:43
|
jdmiles
|
_INCLUDE_IMAGE_197_END_INCLUDE_IMAGE_
|
|
Angiogram 2 ICA Cavernous
|
An angiogram with an arrow indicating the cavenous segment of the internal carotid artery.
|
16/10/2007 @ 3:44
|
jdmiles
|
_INCLUDE_IMAGE_198_END_INCLUDE_IMAGE_
|
|
Angiogram 2 ICA Supraclinoid
|
An angiogram with an arrow indicating the cerebral (aka supraclinoid) segment of the internal carotid artery.
|
16/10/2007 @ 3:45
|
jdmiles
|
_INCLUDE_IMAGE_199_END_INCLUDE_IMAGE_
|
|
Angiogram 2 ICA Cervical
|
An angiogram with an arrow indicating the cervical segment of the internal carotid artery.
|
16/10/2007 @ 3:46
|
jdmiles
|
_INCLUDE_IMAGE_200_END_INCLUDE_IMAGE_
|
|
Angiogram 2 ICA Petrous
|
An angiogram with an arrow indicating the petrous segment of the internal carotid artery.
|
16/10/2007 @ 3:47
|
jdmiles
|
_INCLUDE_IMAGE_201_END_INCLUDE_IMAGE_
|
|
Angiogram 2 MCA M1
|
An angiogram with an arrow indicating the M1 segment of the middle cerebral artery, proximal to the bifurcation.
|
16/10/2007 @ 3:48
|
jdmiles
|
_INCLUDE_IMAGE_202_END_INCLUDE_IMAGE_
|
|
Angiogram 2 MCA M1 again
|
An angiogram with an arrow indicating the M1 segment of the middle cerebral artery, distal to the bifurcation.
|
16/10/2007 @ 3:49
|
jdmiles
|
_INCLUDE_IMAGE_203_END_INCLUDE_IMAGE_
|
|
EEG CJD
|
EEG of a periodic pattern seen in CJD
|
17/10/2007 @ 4:00
|
jdmiles
|
_INCLUDE_IMAGE_204_END_INCLUDE_IMAGE_
|
|
EEG Normal with Mu
|
A normal EEG with a nice example of a Mu rhythm
|
17/10/2007 @ 4:01
|
jdmiles
|
_INCLUDE_IMAGE_205_END_INCLUDE_IMAGE_
|
|
MRI T2 Encephalitis
|
A T2 MRI of a patient with viral encephalitis. There is hyperintensity in the right temporal region.
|
17/10/2007 @ 4:02
|
jdmiles
|
_INCLUDE_IMAGE_206_END_INCLUDE_IMAGE_
|
|
Cerebellum Neonate EGCL
|
H&E Stain of neonatal cerebellum, showing the external granular cell layer (EGCL).
|
24/11/2007 @ 7:55
|
jdmiles
|
_INCLUDE_IMAGE_207_END_INCLUDE_IMAGE_
|
|
Cerebellum Neonate EGCL 2
|
H&E Stain of neonatal cerebellum, showing external granule cell layer (EGCL).
|
24/11/2007 @ 7:57
|
jdmiles
|
_INCLUDE_IMAGE_208_END_INCLUDE_IMAGE_
|
|
Cerebellum Neonate GCL
|
H&E photomicrograph of neonatal cerebellum, showing the granule cell layer.
|
24/11/2007 @ 7:59
|
jdmiles
|
_INCLUDE_IMAGE_209_END_INCLUDE_IMAGE_
|
|
Cerebellum Neonate ML
|
H&E stain of neonatal cerebellum, showing the molecular layer.
|
24/11/2007 @ 7:59
|
jdmiles
|
_INCLUDE_IMAGE_210_END_INCLUDE_IMAGE_
|
|
Cerebellum Neonatal ML 2
|
H&E photomicrograph of neonatal cerebellum, showing the molecular layer.
|
24/11/2007 @ 8:00
|
jdmiles
|
_INCLUDE_IMAGE_211_END_INCLUDE_IMAGE_
|
|
Cerebellum Neonate PCL
|
H&E stain of neonatal cerebellum, showing the Purkinje cell layer.
|
24/11/2007 @ 8:01
|
jdmiles
|
_INCLUDE_IMAGE_212_END_INCLUDE_IMAGE_
|
|
Cerebellum Neonate
|
H&E stain of neonatal cerebellum. Appx. 200x magnification.
|
24/11/2007 @ 8:02
|
jdmiles
|
_INCLUDE_IMAGE_213_END_INCLUDE_IMAGE_
|
|
Cerebellum Neonate Purkinje Cell
|
H&E stain of neonate cerebellum, with an arrow pointing to a Purkinje cell.
|
25/11/2007 @ 4:15
|
jdmiles
|
_INCLUDE_IMAGE_214_END_INCLUDE_IMAGE_
|
|
Substantia nigra
|
H&E stain of substantia nigra, appx. 200X
|
27/11/2007 @ 3:02
|
jdmiles
|
_INCLUDE_IMAGE_215_END_INCLUDE_IMAGE_
|
|
Substantia nigra neuromelanin
|
H&E preparation of substantia nigra, with 3 big red arrows indicating pigmented neurons.
|
27/11/2007 @ 3:04
|
jdmiles
|
_INCLUDE_IMAGE_216_END_INCLUDE_IMAGE_
|
|
Substantia nigra Virchow Robin
|
A photomicrograph (appx. 200x) of substantia nigra, with a big red arrow showing a Virchow-Robin space.
|
27/11/2007 @ 3:06
|
jdmiles
|
_INCLUDE_IMAGE_217_END_INCLUDE_IMAGE_
|
|
Subarachnoid Hemorrhage
|
A CT showing a subarachnoid hemorrhage. Courtesy of Wikimedia Commons. This file is licensed under the Creative Commons Attribution ShareAlike license versions 2.5, 2.0, and 1.0
|
28/11/2007 @ 14:12
|
jdmiles
|
_INCLUDE_IMAGE_218_END_INCLUDE_IMAGE_
|
|
Capillary Telangiectases
|
H&E prep showing a capillary telangiectasia.
|
28/11/2007 @ 15:47
|
jdmiles
|
_INCLUDE_IMAGE_219_END_INCLUDE_IMAGE_
|
|
EM IBM
|
Electron photomicrograph of skeletal muscle, showing inclusions characteristic of inclusion body myositis.
|
29/11/2007 @ 7:27
|
jdmiles
|
_INCLUDE_IMAGE_220_END_INCLUDE_IMAGE_
|
|
Cavernous Angioma
|
H&E photomicrograph of a cavernous angioma.
|
29/11/2007 @ 9:52
|
jdmiles
|
_INCLUDE_IMAGE_221_END_INCLUDE_IMAGE_
|
|
Cavernous Angioma 2
|
H&E prep of a cavernous angioma
|
29/11/2007 @ 9:53
|
jdmiles
|
_INCLUDE_IMAGE_222_END_INCLUDE_IMAGE_
|
|
Amyloid plaques and angiopathy
|
This is a photomicrograph with immunohistochemical staining for beta amyloid. It shows 3 amyloid plaques, and amyloid in the media of the artery.
|
07/12/2007 @ 2:42
|
jdmiles
|
_INCLUDE_IMAGE_223_END_INCLUDE_IMAGE_
|
|
Amyloid Plaques
|
This is a beta amyloid immunostain showing numerous amyloid plaques.
|
07/12/2007 @ 2:50
|
jdmiles
|
_INCLUDE_IMAGE_224_END_INCLUDE_IMAGE_
|
|
Rosenthal Fibers
|
This is an H&E slide showing Rosenthal Fibers.
|
08/12/2007 @ 13:29
|
jdmiles
|
_INCLUDE_IMAGE_225_END_INCLUDE_IMAGE_
|
|
GBM 01
|
This image shows an H&E photomicrograph of a GBM, with pseudopallisading and necrosis.
|
08/12/2007 @ 13:46
|
jdmiles
|
_INCLUDE_IMAGE_226_END_INCLUDE_IMAGE_
|
|
GBM 02
|
This image shows an H&E photomicrograph of a GBM, with pseudopallisading and necrosis.
|
08/12/2007 @ 13:47
|
jdmiles
|
_INCLUDE_IMAGE_227_END_INCLUDE_IMAGE_
|
|
Muscle Cytochrome Oxidase
|
This is a cytochrome oxidase c stain of a skeletal muscle biopsy. This muscle is affected by a mitochondrial myopathy, but this slide is not diagnostic of that. I 'm using this as an example of type I and type II fibers.
|
20/12/2007 @ 2:17
|
jdmiles
|
_INCLUDE_IMAGE_228_END_INCLUDE_IMAGE_
|
|
Nemaline
|
Gomori trichrome stain showing nemaline rod myopathy.
|
23/12/2007 @ 19:15
|
jdmiles
|
_INCLUDE_IMAGE_229_END_INCLUDE_IMAGE_
|
|
Skull Base Foramina
|
Illustration from Gray's anatomy of the skull foramina.
|
09/02/2008 @ 13:48
|
jdmiles
|
_INCLUDE_IMAGE_230_END_INCLUDE_IMAGE_
|
|
SEGA micro
|
H&E stain of a subependymal giant cell astrocytoma (SEGA).
|
24/02/2008 @ 11:15
|
jdmiles
|
_INCLUDE_IMAGE_231_END_INCLUDE_IMAGE_
|
|
BECTS
|
An EEG showing right centrotemporal spikes, which are characteristic of benign centrotemporal epilepsy of childhood (BECTS).
|
07/03/2008 @ 2:31
|
jdmiles
|
_INCLUDE_IMAGE_232_END_INCLUDE_IMAGE_
|
|
Pes Cavus
|
Photograph of a pes cavus deformity. The foot of a person diagnosed with CMT-1A. Courtesy of Wikimedia commons. GNU Free Documentation License, Version 1.2
|
20/03/2008 @ 1:36
|
jdmiles
|
_INCLUDE_IMAGE_233_END_INCLUDE_IMAGE_
|
|
Chiari on Sagittal MRI
|
A sagittal MRI showing a Chiari malformation.
|
07/05/2008 @ 2:05
|
jdmiles
|
_INCLUDE_IMAGE_234_END_INCLUDE_IMAGE_
|
|
Gray - Nerves of upper extremity
|
This is a drawing from Gray's anatomy, illustrating the nerves of the left upper extremity.
|
31/07/2008 @ 5:58
|
jdmiles
|
_INCLUDE_IMAGE_235_END_INCLUDE_IMAGE_
|
|
Pronator teres
|
This image is an illustration of the pronator teres muscle of the left upper extremity. This is a modification of an illustration from Gray's anatomy. Thanks to Wikipedia for providing this public domain image.
|
31/07/2008 @ 6:00
|
jdmiles
|
_INCLUDE_IMAGE_236_END_INCLUDE_IMAGE_
|
|
Cerebellar Sclerosis
|
Loss of neuronal populations is reflected in narrowing of the folial white matter, which appears to be most severe in the arterial border zone areas.
|
30/04/2008 @ 9:07
|
gliageek
|
_INCLUDE_IMAGE_237_END_INCLUDE_IMAGE_
|
|
Bilateral hemorrhagic infarcts,
|
Severe systemic hypotension results in infarction within end-artery circulations. Restoration of perfusion eventuates into hemorrhagic transformation of the end artery infarcts.
|
30/04/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_238_END_INCLUDE_IMAGE_
|
|
Laminar Necrosis, internal carot
|
|
30/04/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_239_END_INCLUDE_IMAGE_
|
|
Laminar necrosis of cerebral rib
|
|
30/04/2008 @ 9:14
|
gliageek
|
_INCLUDE_IMAGE_240_END_INCLUDE_IMAGE_
|
|
Ammons Horn Sclerosis
|
jdm-we should moves this to an epilepsy folder thanks
|
30/04/2008 @ 9:15
|
gliageek
|
_INCLUDE_IMAGE_241_END_INCLUDE_IMAGE_
|
|
Arterial Border Zone Infarcts, u
|
Unilateral distribution of hemorrhagic infarcts secondary to severe systemic hypotension superimposed on impaired left-sided cerebral circulation.
it might be a good idea to ditch this picture, and imagine that the next was actually bilateral
|
30/04/2008 @ 9:19
|
gliageek
|
_INCLUDE_IMAGE_242_END_INCLUDE_IMAGE_
|
|
Arterial Border Zone Infarcts
|
|
30/04/2008 @ 9:18
|
gliageek
|
_INCLUDE_IMAGE_243_END_INCLUDE_IMAGE_
|
|
Arterial border zone infarcts be
|
|
30/04/2008 @ 9:20
|
gliageek
|
_INCLUDE_IMAGE_244_END_INCLUDE_IMAGE_
|
|
Arterial border zone infarcts wi
|
|
30/04/2008 @ 9:21
|
gliageek
|
_INCLUDE_IMAGE_245_END_INCLUDE_IMAGE_
|
|
Organizing infarcts (approx
|
|
30/04/2008 @ 9:22
|
gliageek
|
_INCLUDE_IMAGE_246_END_INCLUDE_IMAGE_
|
|
Recent hemorrhagic infarct, righ
|
|
30/04/2008 @ 9:23
|
gliageek
|
_INCLUDE_IMAGE_247_END_INCLUDE_IMAGE_
|
|
Unilateral thalamic infarct
|
|
30/04/2008 @ 9:24
|
gliageek
|
_INCLUDE_IMAGE_248_END_INCLUDE_IMAGE_
|
|
Organizing infarct, anterior cer
|
|
30/04/2008 @ 9:25
|
gliageek
|
_INCLUDE_IMAGE_249_END_INCLUDE_IMAGE_
|
|
Basilar artery thrombosis
|
|
01/05/2008 @ 3:46
|
jdmiles
|
_INCLUDE_IMAGE_250_END_INCLUDE_IMAGE_
|
|
Bilateral pallidal necrosis with
|
Though bilateral necrosis of the globus pallidus has been classically associated with carbon monoxide intoxication, identical pathologic changes can be seen in patients surviving severe systemic hypotension.
|
30/04/2008 @ 9:28
|
gliageek
|
_INCLUDE_IMAGE_251_END_INCLUDE_IMAGE_
|
|
Hemorrhagic necrosis, posterior
|
|
30/04/2008 @ 9:30
|
gliageek
|
_INCLUDE_IMAGE_252_END_INCLUDE_IMAGE_
|
|
Carotid artery thrombus
|
Thrombotic vascular occlusion classically supervenes upon severe atherosclerosis, most commonly involving extracranial arteries
|
30/04/2008 @ 9:32
|
gliageek
|
_INCLUDE_IMAGE_253_END_INCLUDE_IMAGE_
|
|
Cavitating infarcts within middl
|
|
30/04/2008 @ 9:33
|
gliageek
|
_INCLUDE_IMAGE_254_END_INCLUDE_IMAGE_
|
|
Thromboembolic occlusion, cerebe
|
|
30/04/2008 @ 9:34
|
gliageek
|
_INCLUDE_IMAGE_255_END_INCLUDE_IMAGE_
|
|
Recent infarct, dorsal medulla
|
Classically associated with Wallenberg syndrome
|
30/04/2008 @ 9:35
|
gliageek
|
_INCLUDE_IMAGE_256_END_INCLUDE_IMAGE_
|
|
Dorsal medullary infarct without
|
|
30/04/2008 @ 9:36
|
gliageek
|
_INCLUDE_IMAGE_257_END_INCLUDE_IMAGE_
|
|
Innumerable pericapillary hemorr
|
|
01/05/2008 @ 3:47
|
jdmiles
|
_INCLUDE_IMAGE_258_END_INCLUDE_IMAGE_
|
|
Organizing infarct, middle cereb
|
Secondary to compression of anterior cerebral artery against falx followed by released upon resolution of infarct associated cytotoxic and vasogenic edema.
|
30/04/2008 @ 9:39
|
gliageek
|
_INCLUDE_IMAGE_259_END_INCLUDE_IMAGE_
|
|
Cavitated infarct, posterior mid
|
|
30/04/2008 @ 9:40
|
gliageek
|
_INCLUDE_IMAGE_260_END_INCLUDE_IMAGE_
|
|
Organizing cerebellar necrosis,
|
|
30/04/2008 @ 9:41
|
gliageek
|
_INCLUDE_IMAGE_261_END_INCLUDE_IMAGE_
|
|
Organizing infarct, left posteri
|
Patient believed to be suffering from Alzheimer's disease. No evidence of Alzheimer's disease at autopsy. Infarct probably resulted in Wernicke aphasia.
|
30/04/2008 @ 9:43
|
gliageek
|
_INCLUDE_IMAGE_262_END_INCLUDE_IMAGE_
|
|
Organizing MCA infarct, sagittal
|
|
01/05/2008 @ 2:52
|
jdmiles
|
_INCLUDE_IMAGE_263_END_INCLUDE_IMAGE_
|
|
Posterior cerebral artery distri
|
Bilirubin staining of the infarcted territory demonstrates blood-brain barrier breakdown
|
01/05/2008 @ 5:26
|
gliageek
|
_INCLUDE_IMAGE_264_END_INCLUDE_IMAGE_
|
|
Right posterior inferior cerebel
|
|
01/05/2008 @ 5:27
|
gliageek
|
_INCLUDE_IMAGE_265_END_INCLUDE_IMAGE_
|
|
Right posterior inferior cerebel
|
|
01/05/2008 @ 5:28
|
gliageek
|
_INCLUDE_IMAGE_266_END_INCLUDE_IMAGE_
|
|
Recent and cavitated lacunar inf
|
|
01/05/2008 @ 5:28
|
gliageek
|
_INCLUDE_IMAGE_267_END_INCLUDE_IMAGE_
|
|
Whole Mount section of recent MC
|
|
01/05/2008 @ 5:29
|
gliageek
|
_INCLUDE_IMAGE_268_END_INCLUDE_IMAGE_
|
|
Middle cerebral artery distribut
|
Note involvement of the caudate nucleus with sparing of the thalamus
|
01/05/2008 @ 5:34
|
gliageek
|
_INCLUDE_IMAGE_269_END_INCLUDE_IMAGE_
|
|
Dorsolateral medullary infarct
|
Pathologic correlate of Wallenberg syndrome
|
01/05/2008 @ 5:35
|
gliageek
|
_INCLUDE_IMAGE_270_END_INCLUDE_IMAGE_
|
|
Dorsolateral medullary infarct,
|
|
01/05/2008 @ 5:36
|
gliageek
|
_INCLUDE_IMAGE_271_END_INCLUDE_IMAGE_
|
|
Dorsolateral medullary infarct,
|
|
01/05/2008 @ 5:37
|
gliageek
|
_INCLUDE_IMAGE_272_END_INCLUDE_IMAGE_
|
|
Primary pontine hemorrhage in a
|
|
01/05/2008 @ 5:39
|
gliageek
|
_INCLUDE_IMAGE_273_END_INCLUDE_IMAGE_
|
|
Primary pontine hemorrhage in a
|
same as last picture (not as close-up).
|
01/05/2008 @ 5:40
|
gliageek
|
_INCLUDE_IMAGE_274_END_INCLUDE_IMAGE_
|
|
Lobar hemorrhages secondary to a
|
|
01/05/2008 @ 5:41
|
gliageek
|
_INCLUDE_IMAGE_275_END_INCLUDE_IMAGE_
|
|
Hypertensive putaminal hemorrhag
|
|
01/05/2008 @ 5:42
|
gliageek
|
_INCLUDE_IMAGE_276_END_INCLUDE_IMAGE_
|
|
Contained hypertensive putaminal
|
|
08/05/2008 @ 19:21
|
jdmiles
|
_INCLUDE_IMAGE_277_END_INCLUDE_IMAGE_
|
|
Hypertensive pontine hemorrhage
|
|
01/05/2008 @ 5:44
|
gliageek
|
_INCLUDE_IMAGE_278_END_INCLUDE_IMAGE_
|
|
Hypertensive cerebellar hemorrha
|
|
01/05/2008 @ 5:44
|
gliageek
|
_INCLUDE_IMAGE_279_END_INCLUDE_IMAGE_
|
|
Intramedullary hemorrhage in a p
|
|
08/05/2008 @ 19:19
|
jdmiles
|
_INCLUDE_IMAGE_280_END_INCLUDE_IMAGE_
|
|
Intramedullary hemorrhage in a p
|
|
08/05/2008 @ 19:16
|
jdmiles
|
_INCLUDE_IMAGE_281_END_INCLUDE_IMAGE_
|
|
Intramedullary hemorrhage in a p
|
|
01/05/2008 @ 5:48
|
gliageek
|
_INCLUDE_IMAGE_282_END_INCLUDE_IMAGE_
|
|
Hypertensive hemorrhage with rup
|
|
08/05/2008 @ 19:14
|
jdmiles
|
_INCLUDE_IMAGE_283_END_INCLUDE_IMAGE_
|
|
Petechial intramedullary hemorrh
|
|
01/05/2008 @ 5:50
|
gliageek
|
_INCLUDE_IMAGE_284_END_INCLUDE_IMAGE_
|
|
Lobar hemorrhage secondary to ru
|
|
01/05/2008 @ 5:50
|
gliageek
|
_INCLUDE_IMAGE_285_END_INCLUDE_IMAGE_
|
|
Organized putaminal hemorrhage
|
|
08/05/2008 @ 19:09
|
jdmiles
|
_INCLUDE_IMAGE_286_END_INCLUDE_IMAGE_
|
|
Cavitating middle cerebral arter
|
|
01/05/2008 @ 5:52
|
gliageek
|
_INCLUDE_IMAGE_287_END_INCLUDE_IMAGE_
|
|
Hemorrhagic pineal cyst
|
|
08/05/2008 @ 19:09
|
jdmiles
|
_INCLUDE_IMAGE_288_END_INCLUDE_IMAGE_
|
|
Hypertensive pontine hemorrhage,
|
|
01/05/2008 @ 5:53
|
gliageek
|
_INCLUDE_IMAGE_289_END_INCLUDE_IMAGE_
|
|
Hypertensive pontine hemorrhage
|
|
01/05/2008 @ 5:54
|
gliageek
|
_INCLUDE_IMAGE_290_END_INCLUDE_IMAGE_
|
|
Hypertensive thalamic hemorrhage
|
|
01/05/2008 @ 5:54
|
gliageek
|
_INCLUDE_IMAGE_291_END_INCLUDE_IMAGE_
|
|
Axonal injury, beta amyloid prec
|
|
01/05/2008 @ 5:55
|
gliageek
|
_INCLUDE_IMAGE_292_END_INCLUDE_IMAGE_
|
|
BilAmyGHemA92_80
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_293_END_INCLUDE_IMAGE_
|
|
Binswanger's subcortical ar
|
?move to degenerative folder?
|
01/05/2008 @ 5:57
|
gliageek
|
_INCLUDE_IMAGE_294_END_INCLUDE_IMAGE_
|
|
Circle of Willis
|
|
01/05/2008 @ 5:58
|
gliageek
|
_INCLUDE_IMAGE_295_END_INCLUDE_IMAGE_
|
|
Etat crible
|
|
01/05/2008 @ 5:58
|
gliageek
|
_INCLUDE_IMAGE_296_END_INCLUDE_IMAGE_
|
|
Fibromuscular dysplasia involvin
|
|
06/05/2008 @ 4:22
|
jdmiles
|
_INCLUDE_IMAGE_297_END_INCLUDE_IMAGE_
|
|
Primary (granulomatous)
|
|
01/05/2008 @ 5:59
|
gliageek
|
_INCLUDE_IMAGE_298_END_INCLUDE_IMAGE_
|
|
Granular atrophy of the cerebral
|
|
01/05/2008 @ 6:00
|
gliageek
|
_INCLUDE_IMAGE_299_END_INCLUDE_IMAGE_
|
|
Diffuse cerebral edema in a pati
|
|
01/05/2008 @ 6:00
|
gliageek
|
_INCLUDE_IMAGE_300_END_INCLUDE_IMAGE_
|
|
Juvenile temporal arteritis with
|
|
01/05/2008 @ 6:01
|
gliageek
|
_INCLUDE_IMAGE_301_END_INCLUDE_IMAGE_
|
|
lPACNSmvhp
|
consider replacing this photo
|
01/05/2008 @ 6:03
|
gliageek
|
_INCLUDE_IMAGE_302_END_INCLUDE_IMAGE_
|
|
Malignant cerebral edema seconda
|
|
01/05/2008 @ 6:03
|
gliageek
|
_INCLUDE_IMAGE_303_END_INCLUDE_IMAGE_
|
|
Granulomatous angiitis of the ce
|
|
01/05/2008 @ 6:04
|
gliageek
|
_INCLUDE_IMAGE_304_END_INCLUDE_IMAGE_
|
|
Granulomatous angiitis of the ce
|
|
01/05/2008 @ 6:04
|
gliageek
|
_INCLUDE_IMAGE_305_END_INCLUDE_IMAGE_
|
|
Sneddon syndrome
|
|
06/05/2008 @ 4:18
|
jdmiles
|
_INCLUDE_IMAGE_306_END_INCLUDE_IMAGE_
|
|
Sneddon syndrome, lateral view
|
|
01/05/2008 @ 6:05
|
gliageek
|
_INCLUDE_IMAGE_307_END_INCLUDE_IMAGE_
|
|
Surgical exposure of temporal ar
|
|
01/05/2008 @ 6:06
|
gliageek
|
_INCLUDE_IMAGE_308_END_INCLUDE_IMAGE_
|
|
Giant cell arteritis, temporal a
|
|
01/05/2008 @ 6:06
|
gliageek
|
_INCLUDE_IMAGE_309_END_INCLUDE_IMAGE_
|
|
Giant cell arteritis, temporal a
|
|
01/05/2008 @ 6:08
|
gliageek
|
_INCLUDE_IMAGE_310_END_INCLUDE_IMAGE_
|
|
Acute bilateral tonsillar hernia
|
|
01/05/2008 @ 6:24
|
gliageek
|
_INCLUDE_IMAGE_311_END_INCLUDE_IMAGE_
|
|
Transtentorial herniation with u
|
Parasympathetic fibers running on the surface of the oculomotor nerve are preferentially impaired, resulting in unopposed sympathetic innervation to the ciliary body with unilateral pupillary dilatation
|
01/05/2008 @ 6:26
|
gliageek
|
_INCLUDE_IMAGE_312_END_INCLUDE_IMAGE_
|
|
Transtentorial herniation with s
|
|
06/05/2008 @ 4:14
|
jdmiles
|
_INCLUDE_IMAGE_313_END_INCLUDE_IMAGE_
|
|
Petechial intracortical hemorrha
|
|
01/05/2008 @ 6:27
|
gliageek
|
_INCLUDE_IMAGE_314_END_INCLUDE_IMAGE_
|
|
Multiple intraparenchymal hemorr
|
|
01/05/2008 @ 6:28
|
gliageek
|
_INCLUDE_IMAGE_315_END_INCLUDE_IMAGE_
|
|
Pontine hemorrhages in a patient
|
|
01/05/2008 @ 6:28
|
gliageek
|
_INCLUDE_IMAGE_316_END_INCLUDE_IMAGE_
|
|
Saccular (berry) aneur
|
|
01/05/2008 @ 6:59
|
gliageek
|
_INCLUDE_IMAGE_317_END_INCLUDE_IMAGE_
|
|
Saccular (berry) aneur
|
|
01/05/2008 @ 7:00
|
gliageek
|
_INCLUDE_IMAGE_318_END_INCLUDE_IMAGE_
|
|
Saccular (berry) aneur
|
I should lighten this picture up a bit
|
01/05/2008 @ 7:00
|
gliageek
|
_INCLUDE_IMAGE_319_END_INCLUDE_IMAGE_
|
|
Transition from arterial wall to
|
|
01/05/2008 @ 7:01
|
gliageek
|
_INCLUDE_IMAGE_320_END_INCLUDE_IMAGE_
|
|
Posterior communicating artery a
|
A gross brain image of a coiled aneurysm.
|
01/05/2008 @ 7:03
|
gliageek
|
_INCLUDE_IMAGE_321_END_INCLUDE_IMAGE_
|
|
Diffuse cerebral edema in a pati
|
|
01/05/2008 @ 7:03
|
gliageek
|
_INCLUDE_IMAGE_322_END_INCLUDE_IMAGE_
|
|
Ruptured anterior communicating
|
|
06/05/2008 @ 4:11
|
jdmiles
|
_INCLUDE_IMAGE_323_END_INCLUDE_IMAGE_
|
|
Giant anterior communicating art
|
|
06/05/2008 @ 4:09
|
jdmiles
|
_INCLUDE_IMAGE_324_END_INCLUDE_IMAGE_
|
|
Giant middle cerebral artery ane
|
This is a gross image of a dissected giant aneurysm.
|
01/05/2008 @ 7:06
|
gliageek
|
_INCLUDE_IMAGE_325_END_INCLUDE_IMAGE_
|
|
Giant saccular aneurysm, thrombo
|
|
01/05/2008 @ 7:06
|
gliageek
|
_INCLUDE_IMAGE_326_END_INCLUDE_IMAGE_
|
|
Giant middle cerebral artery ane
|
|
06/05/2008 @ 4:07
|
jdmiles
|
_INCLUDE_IMAGE_327_END_INCLUDE_IMAGE_
|
|
Transition from arterial wall to
|
|
01/05/2008 @ 7:08
|
gliageek
|
_INCLUDE_IMAGE_328_END_INCLUDE_IMAGE_
|
|
Ruptured middle cerebral artery
|
|
01/05/2008 @ 7:08
|
gliageek
|
_INCLUDE_IMAGE_329_END_INCLUDE_IMAGE_
|
|
Subarachnoid hemorrhage, base of
|
|
06/05/2008 @ 4:05
|
jdmiles
|
_INCLUDE_IMAGE_330_END_INCLUDE_IMAGE_
|
|
Subarachnoid hemorrhage, base of
|
|
06/05/2008 @ 4:02
|
jdmiles
|
_INCLUDE_IMAGE_331_END_INCLUDE_IMAGE_
|
|
Basilar artery aneurysm, thrombo
|
|
01/05/2008 @ 7:10
|
gliageek
|
_INCLUDE_IMAGE_332_END_INCLUDE_IMAGE_
|
|
Basilar artery aneurysm, thrombo
|
|
01/05/2008 @ 7:11
|
gliageek
|
_INCLUDE_IMAGE_333_END_INCLUDE_IMAGE_
|
|
Basilar artery aneurysm, thrombo
|
|
01/05/2008 @ 7:11
|
gliageek
|
_INCLUDE_IMAGE_334_END_INCLUDE_IMAGE_
|
|
Top of the basilar artery aneury
|
|
01/05/2008 @ 7:12
|
gliageek
|
_INCLUDE_IMAGE_335_END_INCLUDE_IMAGE_
|
|
Multiple cavernous malformations
|
|
01/05/2008 @ 7:13
|
gliageek
|
_INCLUDE_IMAGE_336_END_INCLUDE_IMAGE_
|
|
Multiple cavernous malformations
|
|
01/05/2008 @ 7:13
|
gliageek
|
_INCLUDE_IMAGE_337_END_INCLUDE_IMAGE_
|
|
Arteriovenous malformation
|
Note dilated middle cerebral artery within sylvian fissure
|
01/05/2008 @ 7:16
|
gliageek
|
_INCLUDE_IMAGE_338_END_INCLUDE_IMAGE_
|
|
Arteriovenous malformation
|
|
01/05/2008 @ 7:14
|
gliageek
|
_INCLUDE_IMAGE_339_END_INCLUDE_IMAGE_
|
|
Arteriovenous malformation
|
|
01/05/2008 @ 7:15
|
gliageek
|
_INCLUDE_IMAGE_340_END_INCLUDE_IMAGE_
|
|
Arteriovenous malformation, with
|
|
01/05/2008 @ 7:17
|
gliageek
|
_INCLUDE_IMAGE_341_END_INCLUDE_IMAGE_
|
|
Dilated middle cerebral artery s
|
|
01/05/2008 @ 7:17
|
gliageek
|
_INCLUDE_IMAGE_342_END_INCLUDE_IMAGE_
|
|
Arteriovenous malformation, late
|
|
01/05/2008 @ 7:18
|
gliageek
|
_INCLUDE_IMAGE_343_END_INCLUDE_IMAGE_
|
|
Cavernous malformation
|
|
06/05/2008 @ 3:58
|
jdmiles
|
_INCLUDE_IMAGE_344_END_INCLUDE_IMAGE_
|
|
Foix-alajounine syndrome, spinal
|
please rotate 180 degrees
|
01/05/2008 @ 7:20
|
gliageek
|
_INCLUDE_IMAGE_345_END_INCLUDE_IMAGE_
|
|
Foix-alajounine syndrome, spinal
|
these rotate 180 degrees
|
01/05/2008 @ 7:21
|
gliageek
|
_INCLUDE_IMAGE_346_END_INCLUDE_IMAGE_
|
|
Veins of Galen aneurysm, sagitta
|
|
01/05/2008 @ 7:22
|
gliageek
|
_INCLUDE_IMAGE_347_END_INCLUDE_IMAGE_
|
|
galenLeft
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_348_END_INCLUDE_IMAGE_
|
|
galenRight
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_349_END_INCLUDE_IMAGE_
|
|
galenRight2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_350_END_INCLUDE_IMAGE_
|
|
Veins of Galen aneurysm, superio
|
|
01/05/2008 @ 7:24
|
gliageek
|
_INCLUDE_IMAGE_351_END_INCLUDE_IMAGE_
|
|
Superficial vascular malformatio
|
|
01/05/2008 @ 7:25
|
gliageek
|
_INCLUDE_IMAGE_352_END_INCLUDE_IMAGE_
|
|
Arteriovenous malformation, midb
|
|
01/05/2008 @ 7:26
|
gliageek
|
_INCLUDE_IMAGE_353_END_INCLUDE_IMAGE_
|
|
Multiple cavernous malformations
|
|
01/05/2008 @ 7:27
|
gliageek
|
_INCLUDE_IMAGE_354_END_INCLUDE_IMAGE_
|
|
Multiple cavernous malformations
|
|
01/05/2008 @ 7:28
|
gliageek
|
_INCLUDE_IMAGE_355_END_INCLUDE_IMAGE_
|
|
Multiple cavernous malformations
|
|
01/05/2008 @ 7:29
|
gliageek
|
_INCLUDE_IMAGE_356_END_INCLUDE_IMAGE_
|
|
Multiple cavernous malformations
|
|
06/05/2008 @ 3:48
|
jdmiles
|
_INCLUDE_IMAGE_357_END_INCLUDE_IMAGE_
|
|
Multiple cavernous malformations
|
|
01/05/2008 @ 7:32
|
gliageek
|
_INCLUDE_IMAGE_358_END_INCLUDE_IMAGE_
|
|
Capillary telangiectasis, insula
|
|
01/05/2008 @ 7:34
|
gliageek
|
_INCLUDE_IMAGE_359_END_INCLUDE_IMAGE_
|
|
Cavernous malformation, trichrom
|
|
01/05/2008 @ 7:35
|
gliageek
|
_INCLUDE_IMAGE_360_END_INCLUDE_IMAGE_
|
|
Venous infarcts, frontal lobes b
|
|
01/05/2008 @ 7:36
|
gliageek
|
_INCLUDE_IMAGE_361_END_INCLUDE_IMAGE_
|
|
Venous infarcts, frontal lobes b
|
|
01/05/2008 @ 7:36
|
gliageek
|
_INCLUDE_IMAGE_362_END_INCLUDE_IMAGE_
|
|
Bilateral venous infarcts second
|
|
01/05/2008 @ 7:37
|
gliageek
|
_INCLUDE_IMAGE_363_END_INCLUDE_IMAGE_
|
|
Bilateral venous infarcts, multi
|
|
01/05/2008 @ 7:38
|
gliageek
|
_INCLUDE_IMAGE_364_END_INCLUDE_IMAGE_
|
|
Superior sagittal sinus thrombus
|
|
01/05/2008 @ 7:38
|
gliageek
|
_INCLUDE_IMAGE_365_END_INCLUDE_IMAGE_
|
|
Venous infarct, frontal lobe
|
|
01/05/2008 @ 7:39
|
gliageek
|
_INCLUDE_IMAGE_366_END_INCLUDE_IMAGE_
|
|
Cortical venous thrombosis in a
|
|
01/05/2008 @ 7:39
|
gliageek
|
_INCLUDE_IMAGE_367_END_INCLUDE_IMAGE_
|
|
4G8
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_368_END_INCLUDE_IMAGE_
|
|
A07-35PS1HP
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_369_END_INCLUDE_IMAGE_
|
|
A07-35PS1LP
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_370_END_INCLUDE_IMAGE_
|
|
A7-35PS1CBLLMmp
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_371_END_INCLUDE_IMAGE_
|
|
ADStem
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_372_END_INCLUDE_IMAGE_
|
|
AlzAerial
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_373_END_INCLUDE_IMAGE_
|
|
Base
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_374_END_INCLUDE_IMAGE_
|
|
eARLYADSURGICALMM-ubiq
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_375_END_INCLUDE_IMAGE_
|
|
NFT_LC
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_376_END_INCLUDE_IMAGE_
|
|
PS-1MP
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_377_END_INCLUDE_IMAGE_
|
|
ALSventralCordMono
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_378_END_INCLUDE_IMAGE_
|
|
Kugelberg1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_379_END_INCLUDE_IMAGE_
|
|
Kugelberg1b
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_380_END_INCLUDE_IMAGE_
|
|
Kugelberg2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_381_END_INCLUDE_IMAGE_
|
|
dentUbiqftld-u
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_382_END_INCLUDE_IMAGE_
|
|
FLDaereal
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_383_END_INCLUDE_IMAGE_
|
|
FLDantHCclose
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_384_END_INCLUDE_IMAGE_
|
|
FLDcor
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_385_END_INCLUDE_IMAGE_
|
|
FLDhemiCor
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_386_END_INCLUDE_IMAGE_
|
|
FLDhemicorant
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_387_END_INCLUDE_IMAGE_
|
|
FLDhoriz
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_388_END_INCLUDE_IMAGE_
|
|
FLDlateral
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_389_END_INCLUDE_IMAGE_
|
|
HeredDyspasicDementiaA96-33
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_390_END_INCLUDE_IMAGE_
|
|
PickBilFrontClose
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_391_END_INCLUDE_IMAGE_
|
|
PickBilFrontCor
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_392_END_INCLUDE_IMAGE_
|
|
PicksAerialAnt
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_393_END_INCLUDE_IMAGE_
|
|
PickVenral
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_394_END_INCLUDE_IMAGE_
|
|
PostCerebAtrophyLat
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_395_END_INCLUDE_IMAGE_
|
|
A2-169caudaSMI34
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_396_END_INCLUDE_IMAGE_
|
|
A2-169cblmmp
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_397_END_INCLUDE_IMAGE_
|
|
A2-169CEREBELDEGEN
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_398_END_INCLUDE_IMAGE_
|
|
FredreichCord
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_399_END_INCLUDE_IMAGE_
|
|
HDcor
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_400_END_INCLUDE_IMAGE_
|
|
HDLSparietal
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_401_END_INCLUDE_IMAGE_
|
|
HDvCntrlCor
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_402_END_INCLUDE_IMAGE_
|
|
LENAS
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_403_END_INCLUDE_IMAGE_
|
|
OPCAcoronals
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_404_END_INCLUDE_IMAGE_
|
|
OPCAmedTransv
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_405_END_INCLUDE_IMAGE_
|
|
OPCAmedullaWM
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_406_END_INCLUDE_IMAGE_
|
|
OPCAponsWM
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_407_END_INCLUDE_IMAGE_
|
|
OPCAventral
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_408_END_INCLUDE_IMAGE_
|
|
versuscontrol
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_409_END_INCLUDE_IMAGE_
|
.gif)
|
CBGDcor (2)
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_410_END_INCLUDE_IMAGE_
|
|
CBGDcor
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_411_END_INCLUDE_IMAGE_
|
|
GCIsDentateSyn
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_412_END_INCLUDE_IMAGE_
|
|
LewyBody
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_413_END_INCLUDE_IMAGE_
|
|
MSA-Cmedulla
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_414_END_INCLUDE_IMAGE_
|
|
msa-c_olive
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_415_END_INCLUDE_IMAGE_
|
|
MSA-C_ventralLPgross
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_416_END_INCLUDE_IMAGE_
|
|
MSAcor
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_417_END_INCLUDE_IMAGE_
|
|
MSAcystsHorizontal
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_418_END_INCLUDE_IMAGE_
|
|
MSAhemiputamen094_5
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_419_END_INCLUDE_IMAGE_
|
|
msa_c_dentate
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_420_END_INCLUDE_IMAGE_
|
|
OliveSynMSA
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_421_END_INCLUDE_IMAGE_
|
|
OliveSynMSAlp
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_422_END_INCLUDE_IMAGE_
|
|
PDvCntrlSNtrans
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_423_END_INCLUDE_IMAGE_
|
|
PSPcor
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_424_END_INCLUDE_IMAGE_
|
|
PSPdenthp
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_425_END_INCLUDE_IMAGE_
|
|
PSPsnhp
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_426_END_INCLUDE_IMAGE_
|
|
PSPsnmp
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_427_END_INCLUDE_IMAGE_
|
|
PSPst
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_428_END_INCLUDE_IMAGE_
|
|
SND_Pnigratrans
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_429_END_INCLUDE_IMAGE_
|
|
SN_LB
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_430_END_INCLUDE_IMAGE_
|
|
Thalamotomy1976
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_431_END_INCLUDE_IMAGE_
|
|
ACC001
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_432_END_INCLUDE_IMAGE_
|
|
ACC1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_433_END_INCLUDE_IMAGE_
|
|
ACC2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_434_END_INCLUDE_IMAGE_
|
|
ACC3
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_435_END_INCLUDE_IMAGE_
|
|
ACCsag
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_436_END_INCLUDE_IMAGE_
|
|
CerebelSag
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_437_END_INCLUDE_IMAGE_
|
|
CorHP
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_438_END_INCLUDE_IMAGE_
|
|
coronal
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_439_END_INCLUDE_IMAGE_
|
|
CorPost
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_440_END_INCLUDE_IMAGE_
|
|
SagHP
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_441_END_INCLUDE_IMAGE_
|
|
sagittal
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_442_END_INCLUDE_IMAGE_
|
|
dorsal1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_443_END_INCLUDE_IMAGE_
|
|
HPE
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_444_END_INCLUDE_IMAGE_
|
|
HPE001
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_445_END_INCLUDE_IMAGE_
|
|
HPE005
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_446_END_INCLUDE_IMAGE_
|
|
HPE2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_447_END_INCLUDE_IMAGE_
|
|
HPEfloating
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_448_END_INCLUDE_IMAGE_
|
|
HPE_cyclopia_1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_449_END_INCLUDE_IMAGE_
|
|
HPE_leukenschaedel_1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_450_END_INCLUDE_IMAGE_
|
|
HPE_tri13_1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_451_END_INCLUDE_IMAGE_
|
|
HPE_tri13_2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_452_END_INCLUDE_IMAGE_
|
|
OlfactoryAgenesis
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_453_END_INCLUDE_IMAGE_
|
|
OlfAgen
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_454_END_INCLUDE_IMAGE_
|
|
OlfAgenVentClose
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_455_END_INCLUDE_IMAGE_
|
|
ventral
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_456_END_INCLUDE_IMAGE_
|
|
S07-13327VacCellsMP021
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_457_END_INCLUDE_IMAGE_
|
|
TaySachs1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_458_END_INCLUDE_IMAGE_
|
|
TaySachs2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_459_END_INCLUDE_IMAGE_
|
|
Wilsons
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_460_END_INCLUDE_IMAGE_
|
|
Zellwegger
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_461_END_INCLUDE_IMAGE_
|
|
DSC_0004
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_462_END_INCLUDE_IMAGE_
|
|
DSC_0005
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_463_END_INCLUDE_IMAGE_
|
|
DSC_0010
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_464_END_INCLUDE_IMAGE_
|
|
DSC_0011
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_465_END_INCLUDE_IMAGE_
|
|
HemimegKluverWM
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_466_END_INCLUDE_IMAGE_
|
|
HemimegSurgCor
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_467_END_INCLUDE_IMAGE_
|
|
HME
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_468_END_INCLUDE_IMAGE_
|
|
NodHetero2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_469_END_INCLUDE_IMAGE_
|
|
NodHeterotop1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_470_END_INCLUDE_IMAGE_
|
|
PachygyriaCor
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_471_END_INCLUDE_IMAGE_
|
|
PMG1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_472_END_INCLUDE_IMAGE_
|
|
PMG2a
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_473_END_INCLUDE_IMAGE_
|
|
PMG2b
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_474_END_INCLUDE_IMAGE_
|
|
PMG3
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_475_END_INCLUDE_IMAGE_
|
|
PolyGyria
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_476_END_INCLUDE_IMAGE_
|
|
WalkerWarburg
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_477_END_INCLUDE_IMAGE_
|
|
Walker_Warburg001
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_478_END_INCLUDE_IMAGE_
|
|
Walker_Warburg004
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_479_END_INCLUDE_IMAGE_
|
|
ZonalHeterotopCor
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_480_END_INCLUDE_IMAGE_
|
|
AgenMagendie
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_481_END_INCLUDE_IMAGE_
|
|
AHSHE
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_482_END_INCLUDE_IMAGE_
|
|
ArachCyst
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_483_END_INCLUDE_IMAGE_
|
|
AtaxTelangiect
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_484_END_INCLUDE_IMAGE_
|
|
CClipoma2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_485_END_INCLUDE_IMAGE_
|
|
CHtubermp
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_486_END_INCLUDE_IMAGE_
|
|
Dandy-Walker002
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_487_END_INCLUDE_IMAGE_
|
|
DandyWalker3
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_488_END_INCLUDE_IMAGE_
|
|
DWgross
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_489_END_INCLUDE_IMAGE_
|
|
DW_CrimWM
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_490_END_INCLUDE_IMAGE_
|
|
Ecchordosis1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_491_END_INCLUDE_IMAGE_
|
|
Ecchordosis2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_492_END_INCLUDE_IMAGE_
|
|
EndplateGliosis
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_493_END_INCLUDE_IMAGE_
|
|
LipomaTuberCin
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_494_END_INCLUDE_IMAGE_
|
|
macules
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_495_END_INCLUDE_IMAGE_
|
|
macules2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_496_END_INCLUDE_IMAGE_
|
|
menigioangiomatosis_40x
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_497_END_INCLUDE_IMAGE_
|
|
MicrocephIschemicLateral
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_498_END_INCLUDE_IMAGE_
|
|
ScleroticMeningioang
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_499_END_INCLUDE_IMAGE_
|
|
SCM
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_500_END_INCLUDE_IMAGE_
|
|
SEGACor
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_501_END_INCLUDE_IMAGE_
|
|
Syringomyelia
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_502_END_INCLUDE_IMAGE_
|
|
TS_subependNodules
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_503_END_INCLUDE_IMAGE_
|
|
Tuber1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_504_END_INCLUDE_IMAGE_
|
|
ventral
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_505_END_INCLUDE_IMAGE_
|
|
ventralNCM
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_506_END_INCLUDE_IMAGE_
|
|
Anencep1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_507_END_INCLUDE_IMAGE_
|
|
Anencep2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_508_END_INCLUDE_IMAGE_
|
|
ChiariBelow
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_509_END_INCLUDE_IMAGE_
|
|
ChiariDorsal003
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_510_END_INCLUDE_IMAGE_
|
|
ChiariIId
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_511_END_INCLUDE_IMAGE_
|
|
ChiariII_fullLegnth
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_512_END_INCLUDE_IMAGE_
|
|
ChiariKink
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_513_END_INCLUDE_IMAGE_
|
|
ChiariLateral004
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_514_END_INCLUDE_IMAGE_
|
|
ChiariMB
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_515_END_INCLUDE_IMAGE_
|
|
ChiariMidSag1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_516_END_INCLUDE_IMAGE_
|
|
ChiariSide
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_517_END_INCLUDE_IMAGE_
|
|
ChiariVentral001
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_518_END_INCLUDE_IMAGE_
|
|
ChiariVentral002
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_519_END_INCLUDE_IMAGE_
|
|
Craniopharyngioma001
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_520_END_INCLUDE_IMAGE_
|
|
CranioRach
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_521_END_INCLUDE_IMAGE_
|
|
CRtotalis001
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_522_END_INCLUDE_IMAGE_
|
|
CRtotalis002
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_523_END_INCLUDE_IMAGE_
|
|
CRtotalisXRAY
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_524_END_INCLUDE_IMAGE_
|
|
CTSD1b
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_525_END_INCLUDE_IMAGE_
|
|
Encephalocele1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_526_END_INCLUDE_IMAGE_
|
|
Encephalocele2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_527_END_INCLUDE_IMAGE_
|
|
Inenecephaly
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_528_END_INCLUDE_IMAGE_
|
|
Lochenshadel
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_529_END_INCLUDE_IMAGE_
|
|
Myelo1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_530_END_INCLUDE_IMAGE_
|
|
Myelo2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_531_END_INCLUDE_IMAGE_
|
|
ALD1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_532_END_INCLUDE_IMAGE_
|
|
ALD2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_533_END_INCLUDE_IMAGE_
|
|
Alexander1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_534_END_INCLUDE_IMAGE_
|
|
Alexander2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_535_END_INCLUDE_IMAGE_
|
|
Alexander3
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_536_END_INCLUDE_IMAGE_
|
|
Cockayne1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_537_END_INCLUDE_IMAGE_
|
|
Cockayne2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_538_END_INCLUDE_IMAGE_
|
|
Cockayne3
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_539_END_INCLUDE_IMAGE_
|
|
Cockayne4
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_540_END_INCLUDE_IMAGE_
|
|
Cockayne5
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_541_END_INCLUDE_IMAGE_
|
|
Cockayne6
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_542_END_INCLUDE_IMAGE_
|
|
Cockayne7
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_543_END_INCLUDE_IMAGE_
|
|
Krabbe1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_544_END_INCLUDE_IMAGE_
|
|
Krabbe1b
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_545_END_INCLUDE_IMAGE_
|
|
Krabbe2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_546_END_INCLUDE_IMAGE_
|
|
Krabbe3
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_547_END_INCLUDE_IMAGE_
|
|
Krabbe4
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_548_END_INCLUDE_IMAGE_
|
|
KrabbeHP
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_549_END_INCLUDE_IMAGE_
|
|
neonatalKrabbehp
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_550_END_INCLUDE_IMAGE_
|
|
PM_3
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_551_END_INCLUDE_IMAGE_
|
|
PM_4
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_552_END_INCLUDE_IMAGE_
|
|
CPM2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_553_END_INCLUDE_IMAGE_
|
|
creutz4_20367
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_554_END_INCLUDE_IMAGE_
|
|
Leigh1
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_555_END_INCLUDE_IMAGE_
|
|
Leigh1b
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_556_END_INCLUDE_IMAGE_
|
|
Leigh1c
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_557_END_INCLUDE_IMAGE_
|
|
Leigh2a
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_558_END_INCLUDE_IMAGE_
|
|
Leigh2b
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_559_END_INCLUDE_IMAGE_
|
|
Machiafava001
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_560_END_INCLUDE_IMAGE_
|
|
sagittalhp
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_561_END_INCLUDE_IMAGE_
|
|
sagittalhpplAT
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_562_END_INCLUDE_IMAGE_
|
|
tldl-lp
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_563_END_INCLUDE_IMAGE_
|
|
tldl-tp2
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_564_END_INCLUDE_IMAGE_
|
|
ventmp
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_565_END_INCLUDE_IMAGE_
|
|
VWMDchromatolysis
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_566_END_INCLUDE_IMAGE_
|
|
VWMD_Thalamus
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_567_END_INCLUDE_IMAGE_
|
|
A0472THAL_MS
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_568_END_INCLUDE_IMAGE_
|
|
A08-11cervcord
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_569_END_INCLUDE_IMAGE_
|
|
A08-11cervcordPLAT
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_570_END_INCLUDE_IMAGE_
|
|
A08-11midsag
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_571_END_INCLUDE_IMAGE_
|
|
A84_368aMS
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_572_END_INCLUDE_IMAGE_
|
|
A84_368bMS
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_573_END_INCLUDE_IMAGE_
|
|
bsplaque
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_574_END_INCLUDE_IMAGE_
|
|
DemyelinationEM
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_575_END_INCLUDE_IMAGE_
|
|
Hurst001
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_576_END_INCLUDE_IMAGE_
|
|
MSplaqueCrimbringStain
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_577_END_INCLUDE_IMAGE_
|
|
MSponsClose
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_578_END_INCLUDE_IMAGE_
|
|
MSspRT
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_579_END_INCLUDE_IMAGE_
|
|
MStempcd68
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_580_END_INCLUDE_IMAGE_
|
|
MS_postPV
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_581_END_INCLUDE_IMAGE_
|
|
MS_PV
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_582_END_INCLUDE_IMAGE_
|
|
Zerkin
|
|
27/04/2008 @ 12:20
|
jdmiles
|
_INCLUDE_IMAGE_583_END_INCLUDE_IMAGE_
|
|
Gray - Brachial Plexus
|
A plate from Gray's anatomy, illustating the brachial plexus.
|
19/08/2008 @ 16:23
|
jdmiles
|
_INCLUDE_IMAGE_584_END_INCLUDE_IMAGE_
|
|
Note to gliageek 1
|
This is a temporary image. I am using it to communicate to gliageek and ruku05 about the upcoming online pathology course.
|
28/08/2008 @ 15:48
|
jdmiles
|
_INCLUDE_IMAGE_585_END_INCLUDE_IMAGE_
|
|
Note to gliageek 2
|
This is a temporary image. I am using it to communicate to gliageek and ruku05 about the upcoming online pathology course.
|
28/08/2008 @ 15:51
|
jdmiles
|
_INCLUDE_IMAGE_586_END_INCLUDE_IMAGE_
|
|
H&E Stain of an Anaplastic Astro
|
Hematoxylin and Eosin (H&E) is the most commonly used stain in neuropathology. Although many diagnoses require special stains, there are features that show up on H&E which can guide the decision to make subsequent stains. Often, there are features of a disease which are visible on H&E, such as the astrocytoma cells arranged in "pencil bundles" seen on this brain specimen.
|
01/09/2008 @ 7:51
|
jdmiles
|
_INCLUDE_IMAGE_587_END_INCLUDE_IMAGE_
|
|
Amyloid Angiopathy Labeled
|
A photomicrograph of a slice of brain tissue, which is stained with an immune stain that is specific for amyloid. The unnecessarily large red arrows in this image point to amyloid plaques and amyloid in a blood vessel.
|
01/09/2008 @ 15:30
|
jdmiles
|
_INCLUDE_IMAGE_588_END_INCLUDE_IMAGE_
|
|
A Foot
|
A picture of a pes cavus deformity, with a really helpful label and unnecessarily large red arrow.
|
01/09/2008 @ 18:19
|
jdmiles
|
_INCLUDE_IMAGE_589_END_INCLUDE_IMAGE_
|
|
Acute neuronal necrosis - cerebe
|
Eosinophilic neuronal degeneration selectively involving Purkinje cells.
|
02/09/2008 @ 4:31
|
gliageek
|
_INCLUDE_IMAGE_590_END_INCLUDE_IMAGE_
|
|
Acute neuronal necrosis cerebell
|
The cells circled in green in this image are Purkinje cells. Purkinje cells are found in the cerebellum between the granule cell layer (dark blue cells) and the molecular layer (homogenous pink area). These Purkinje cells are bright red, which is an indicator of anoxic injury. Purkinje cells are very sensitive to hypoxia, and are among the first cells to die in cerebral ischemia.
|
02/09/2008 @ 10:04
|
jdmiles
|
_INCLUDE_IMAGE_591_END_INCLUDE_IMAGE_
|
|
Gomori Trichrome Nemaline Rods 2
|
A Gomori trichrome stain of skeletal muscle from an individual with nemaline rod myopathy. The rods themselves show up as small dark dots on trichrome (highlighted here by the red circles). Note that these rods typically do not show up on H&E staining.
|
02/09/2008 @ 11:23
|
jdmiles
|
_INCLUDE_IMAGE_592_END_INCLUDE_IMAGE_
|
|
Acute Wernicke Midbrain Transver
|
A gross image of the midbrain, showing changes typical of acute Wernicke encephalopathy.
|
02/09/2008 @ 16:55
|
jdmiles
|
_INCLUDE_IMAGE_593_END_INCLUDE_IMAGE_
|
|
Chronic Wernicke Coronal
|
A coronal view of gross brain from a patient with chronic Wernicke encephalopathy.
|
02/09/2008 @ 17:00
|
jdmiles
|
_INCLUDE_IMAGE_594_END_INCLUDE_IMAGE_
|
|
Angiocentric Glioma H&E
|
Angiocentric Glioma H&E
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1190_END_INCLUDE_IMAGE_
|
|
Desmoplastic infantile astrocyto
|
Desmoplastic infantile astrocytoma x100
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1191_END_INCLUDE_IMAGE_
|
|
Desmoplastic infantile astrocyto
|
Desmoplastic infantile astrocytoma x400
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1192_END_INCLUDE_IMAGE_
|
|
Desmoplastic infantile gangliogl
|
Desmoplastic infantile ganglioglioma x100
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1193_END_INCLUDE_IMAGE_
|
|
Desmoplastic infantile gangliogl
|
Desmoplastic infantile ganglioglioma x400
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1194_END_INCLUDE_IMAGE_
|
|
Dysembryoplastic Neuroepithelial
|
Dysembryoplastic Neuroepithelial Tumor Coronal
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1195_END_INCLUDE_IMAGE_
|
|
Dysembryoplastic Neuroepithelial
|
Dysembryoplastic Neuroepithelial Tumor H&E
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1196_END_INCLUDE_IMAGE_
|
|
Dysembryoplastic Neuroepithelial
|
Dysembryoplastic Neuroepithelial Tumor Ventral Close Up
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1197_END_INCLUDE_IMAGE_
|
|
Dysembryoplastic Neuroepthelial
|
Dysembryoplastic Neuroepthelial Tumor Ventral
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1198_END_INCLUDE_IMAGE_
|
|
Lhermitte-Duclos H&E
|
Lhermitte-Duclos H&E
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1199_END_INCLUDE_IMAGE_
|
|
Lhermitte-Duclos Whole Mount H&E
|
Lhermitte-Duclos Whole Mount H&E
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1200_END_INCLUDE_IMAGE_
|
|
Lhermitte Duclos Surgical Exposu
|
Lhermitte Duclos Surgical Exposure
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1201_END_INCLUDE_IMAGE_
|
|
Central neurocytoma smear x400
|
Central neurocytoma smear x400
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1202_END_INCLUDE_IMAGE_
|
|
Central neurocytoma x200
|
Central neurocytoma x200
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1203_END_INCLUDE_IMAGE_
|
|
Central neurocytoma x400
|
Central neurocytoma x400
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1204_END_INCLUDE_IMAGE_
|
|
Central Neurocytoma H&E
|
Central Neurocytoma H&E
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1205_END_INCLUDE_IMAGE_
|
|
Rosetted Glioneuronal Tumor IVth
|
Rosetted Glioneuronal Tumor IVth Ventricle H&E
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1206_END_INCLUDE_IMAGE_
|
|
Cerebellar Hemagioblastoma Dorsa
|
Cerebellar Hemagioblastoma Dorsal
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1207_END_INCLUDE_IMAGE_
|
|
Cer Hemangioblast lp
|
Cer Hemangioblast lp
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1208_END_INCLUDE_IMAGE_
|
|
Hemangioblastoma
|
Hemangioblastoma
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1209_END_INCLUDE_IMAGE_
|
|
Hemangioblastoma H&E
|
Hemangioblastoma H&E
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1210_END_INCLUDE_IMAGE_
|
|
amyloidoma
|
amyloidoma
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1211_END_INCLUDE_IMAGE_
|
|
amyloidoma CR pol LP
|
amyloidoma CR pol LP
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1212_END_INCLUDE_IMAGE_
|
|
Amyloidotic Plasmacytoma x200
|
Amyloidotic Plasmacytoma x200
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1213_END_INCLUDE_IMAGE_
|
|
plasmacytoma
|
plasmacytoma
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1214_END_INCLUDE_IMAGE_
|
|
Plasmacytoma Smear
|
Plasmacytoma Smear
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1215_END_INCLUDE_IMAGE_
|
|
Spine Amyloidoma
|
Spine Amyloidoma
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1216_END_INCLUDE_IMAGE_
|
|
Spine Amyloidoma HP
|
Spine Amyloidoma HP
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1217_END_INCLUDE_IMAGE_
|
|
IVL cd20hp
|
IVL cd20hp
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1218_END_INCLUDE_IMAGE_
|
|
ivl hp
|
ivl hp
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1219_END_INCLUDE_IMAGE_
|
|
IVL x400
|
IVL x400
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1220_END_INCLUDE_IMAGE_
|
|
CNS leukemia x100
|
CNS leukemia x100
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1221_END_INCLUDE_IMAGE_
|
|
CNS leukemia x400
|
CNS leukemia x400
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1222_END_INCLUDE_IMAGE_
|
|
Meningeal Leukemia x200
|
Meningeal Leukemia x200
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1223_END_INCLUDE_IMAGE_
|
|
Dural Malt Lymphoma x400
|
Dural Malt Lymphoma x400
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1224_END_INCLUDE_IMAGE_
|
|
Dural Malt smear
|
Dural Malt smear
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1225_END_INCLUDE_IMAGE_
|
|
Dura Malt Lymphoma x100
|
Dura Malt Lymphoma x100
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1226_END_INCLUDE_IMAGE_
|
|
Large B-cell Lymphoma Leg
|
Large B-cell Lymphoma Leg
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1227_END_INCLUDE_IMAGE_
|
|
Leg Lymphomamet Braib x200
|
Leg Lymphomamet Braib x200
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1228_END_INCLUDE_IMAGE_
|
|
PCNSL-hp
|
PCNSL-hp
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1229_END_INCLUDE_IMAGE_
|
|
PCNSL crush x40
|
PCNSL crush x40
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1230_END_INCLUDE_IMAGE_
|
|
PCNSL retic
|
PCNSL retic
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1231_END_INCLUDE_IMAGE_
|
|
PCNSL Smear x40
|
PCNSL Smear x40
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1232_END_INCLUDE_IMAGE_
|
|
PCNSL smear x600
|
PCNSL smear x600
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1233_END_INCLUDE_IMAGE_
|
|
PCNSL CD20
|
PCNSL CD20
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1234_END_INCLUDE_IMAGE_
|
|
PCNSL vascular
|
PCNSL vascular
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1235_END_INCLUDE_IMAGE_
|
|
Primary CNS lymphoma x40
|
Primary CNS lymphoma x40
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1236_END_INCLUDE_IMAGE_
|
|
Primary CNS Lymphoma x400
|
Primary CNS Lymphoma x400
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1237_END_INCLUDE_IMAGE_
|
|
Anaplastic Menigioma Coronal
|
Anaplastic Menigioma Coronal
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1238_END_INCLUDE_IMAGE_
|
|
Anaplastic Meningioma Ventral
|
Anaplastic Meningioma Ventral
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1239_END_INCLUDE_IMAGE_
|
|
Anaplastic Meningioma
|
Anaplastic Meningioma
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1240_END_INCLUDE_IMAGE_
|
|
atypical mening
|
atypical mening
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1241_END_INCLUDE_IMAGE_
|
|
atyp mening
|
atyp mening
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1242_END_INCLUDE_IMAGE_
|
|
Meningioma x40
|
Meningioma x40
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1243_END_INCLUDE_IMAGE_
|
|
Meningioma
|
Meningioma
|
13/09/2008 @ 9:08
|
gliageek
|
_INCLUDE_IMAGE_1244_END_INCLUDE_IMAGE_
|
|
Arterial Border Zone Infarcts Ce
|
Arterial Border Zone Infarcts Cerebellum Transverse
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_595_END_INCLUDE_IMAGE_
|
|
Arterial Border Zone Infarcts Cl
|
Arterial Border Zone Infarcts Close Up
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_596_END_INCLUDE_IMAGE_
|
|
Watershed Infarcts Hemisphere Co
|
Watershed Infarcts Hemisphere Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_597_END_INCLUDE_IMAGE_
|
|
Axonal Injury BAM10 mp
|
Axonal Injury BAM10 mp
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_598_END_INCLUDE_IMAGE_
|
|
Axonal Injury BAM10 HP
|
Axonal Injury BAM10 HP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_599_END_INCLUDE_IMAGE_
|
|
Cerebellar Sclerosis Sagittal
|
Cerebellar Sclerosis Sagittal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_600_END_INCLUDE_IMAGE_
|
|
Eosinophilic Neuronal Degenerati
|
Eosinophilic Neuronal Degeneration Cerebellum x200
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_601_END_INCLUDE_IMAGE_
|
|
Eosinophilic Neuronal Degenerati
|
Eosinophilic Neuronal Degeneration Hippocampus x200
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_602_END_INCLUDE_IMAGE_
|
|
Eosinophilic Neuronal Degenerati
|
Eosinophilic Neuronal Degeneration Hippocampus x40
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_603_END_INCLUDE_IMAGE_
|
|
Laminar Necrosis
|
Laminar Necrosis
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_604_END_INCLUDE_IMAGE_
|
|
Spinal Cord Anoxia Transverse
|
Spinal Cord Anoxia Transverse
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_605_END_INCLUDE_IMAGE_
|
|
ACA Infarct Sagittal
|
ACA Infarct Sagittal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_606_END_INCLUDE_IMAGE_
|
|
Bilateral Pallidal Necrosis
|
Bilateral Pallidal Necrosis
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_607_END_INCLUDE_IMAGE_
|
|
Bilateral PCA Coronal
|
Bilateral PCA Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_608_END_INCLUDE_IMAGE_
|
|
Fat Emboli Fresh Coronal
|
Fat Emboli Fresh Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_609_END_INCLUDE_IMAGE_
|
|
Lacunar Infarcts Pons
|
Lacunar Infarcts Pons
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_610_END_INCLUDE_IMAGE_
|
|
Cavitated MCA infarct Lateral
|
Cavitated MCA infarct Lateral
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_611_END_INCLUDE_IMAGE_
|
|
Organizing Infarct Wernicke Area
|
Organizing Infarct Wernicke Area
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_612_END_INCLUDE_IMAGE_
|
|
Organizing MCA with Secondary CS
|
Organizing MCA with Secondary CS degeneration
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_613_END_INCLUDE_IMAGE_
|
|
Recent MCAWhole Mount
|
Recent MCAWhole Mount
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_614_END_INCLUDE_IMAGE_
|
|
PCABilirubin Sagittal
|
PCABilirubin Sagittal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_615_END_INCLUDE_IMAGE_
|
|
Dorsolateral Medullary Infarct
|
Dorsolateral Medullary Infarct
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_616_END_INCLUDE_IMAGE_
|
|
Dorsolateral Medullary Multiple
|
Dorsolateral Medullary Multiple Transverse
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_617_END_INCLUDE_IMAGE_
|
|
Organizing Infarct Cerebellar Sa
|
Organizing Infarct Cerebellar Sagittal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_618_END_INCLUDE_IMAGE_
|
|
PICA hemmorrhagic Cerebellar
|
PICA hemmorrhagic Cerebellar
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_619_END_INCLUDE_IMAGE_
|
|
PICA Ventral
|
PICA Ventral
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_620_END_INCLUDE_IMAGE_
|
|
Thalamic Infarct Coronal
|
Thalamic Infarct Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_621_END_INCLUDE_IMAGE_
|
|
Basilar Thrombus Ventral
|
Basilar Thrombus Ventral
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_622_END_INCLUDE_IMAGE_
|
|
Internal Carotid Thrombus
|
Internal Carotid Thrombus
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_623_END_INCLUDE_IMAGE_
|
|
Thromboembolus
|
Thromboembolus
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_624_END_INCLUDE_IMAGE_
|
|
Thromboembolus LP
|
Thromboembolus LP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_625_END_INCLUDE_IMAGE_
|
|
Amyloid Angiopathy H&E
|
Amyloid Angiopathy H&E
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_626_END_INCLUDE_IMAGE_
|
|
Amyloid Angiopathy IHC
|
Amyloid Angiopathy IHC
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_627_END_INCLUDE_IMAGE_
|
|
amyloid Angiopathy
|
amyloid Angiopathy
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_628_END_INCLUDE_IMAGE_
|
|
Amyloid Angiopathy IHC
|
Amyloid Angiopathy IHC
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_629_END_INCLUDE_IMAGE_
|
|
Lobar Hemorrhage Coronal
|
Lobar Hemorrhage Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_630_END_INCLUDE_IMAGE_
|
|
Hemorrhagic Pineal Cyst
|
Hemorrhagic Pineal Cyst
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_631_END_INCLUDE_IMAGE_
|
|
Basal Ganglia Hemorrhage Horizon
|
Basal Ganglia Hemorrhage Horizontal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_632_END_INCLUDE_IMAGE_
|
|
Ceerebellar Hemorrhage Transvers
|
Ceerebellar Hemorrhage Transverse
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_633_END_INCLUDE_IMAGE_
|
|
Pontine Hemorrhage Sagittal
|
Pontine Hemorrhage Sagittal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_634_END_INCLUDE_IMAGE_
|
|
Pontine Hemorrhage Transverse Mu
|
Pontine Hemorrhage Transverse Multiple
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_635_END_INCLUDE_IMAGE_
|
|
Putaminal Hemorrhage Coronal
|
Putaminal Hemorrhage Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_636_END_INCLUDE_IMAGE_
|
|
Thalamic Hemorrhage Coronal
|
Thalamic Hemorrhage Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_637_END_INCLUDE_IMAGE_
|
|
Cord Hemorrhage Leukemia Dorsal
|
Cord Hemorrhage Leukemia Dorsal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_638_END_INCLUDE_IMAGE_
|
|
Cord Hemorrhage Leukemia Transve
|
Cord Hemorrhage Leukemia Transverse
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_639_END_INCLUDE_IMAGE_
|
|
Mycotic Aneurysm Coronal
|
Mycotic Aneurysm Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_640_END_INCLUDE_IMAGE_
|
|
Circle of Willis Dissected
|
Circle of Willis Dissected
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_641_END_INCLUDE_IMAGE_
|
|
Etat Crible
|
Etat Crible
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_642_END_INCLUDE_IMAGE_
|
|
Fibromuscular Dysplasia Dissecte
|
Fibromuscular Dysplasia Dissected
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_643_END_INCLUDE_IMAGE_
|
|
Granular Atrophy Close Up
|
Granular Atrophy Close Up
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_644_END_INCLUDE_IMAGE_
|
|
Bilateral Tonsillar Necrosis
|
Bilateral Tonsillar Necrosis
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_645_END_INCLUDE_IMAGE_
|
|
IIrd Nerve Compression Transtent
|
IIrd Nerve Compression Transtentorial Herniation
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_646_END_INCLUDE_IMAGE_
|
|
Midbrain Hemorrhage from Transte
|
Midbrain Hemorrhage from Transtentorial Herniation
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_647_END_INCLUDE_IMAGE_
|
|
Malignant Hypertension Edema
|
Malignant Hypertension Edema
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_648_END_INCLUDE_IMAGE_
|
|
Multiple Angioma Brain Ventral w
|
Multiple Angioma Brain Ventral with Siderosis
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_649_END_INCLUDE_IMAGE_
|
|
Siderosis medulla x40
|
Siderosis medulla x40
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_650_END_INCLUDE_IMAGE_
|
|
Siderosis x400
|
Siderosis x400
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_651_END_INCLUDE_IMAGE_
|
|
Sneddon Syndrome Dorsal
|
Sneddon Syndrome Dorsal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_652_END_INCLUDE_IMAGE_
|
|
Sneddon Syndrome Lateral
|
Sneddon Syndrome Lateral
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_653_END_INCLUDE_IMAGE_
|
|
TTP Horizontal
|
TTP Horizontal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_654_END_INCLUDE_IMAGE_
|
|
GANS
|
GANS
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_655_END_INCLUDE_IMAGE_
|
|
GANS HP
|
GANS HP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_656_END_INCLUDE_IMAGE_
|
|
GCA
|
GCA
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_657_END_INCLUDE_IMAGE_
|
|
GCarteritis x100
|
GCarteritis x100
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_658_END_INCLUDE_IMAGE_
|
|
GCarteritis x200
|
GCarteritis x200
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_659_END_INCLUDE_IMAGE_
|
|
Giant Cell Arteritis x40
|
Giant Cell Arteritis x40
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_660_END_INCLUDE_IMAGE_
|
|
Giant Cell Arteritis x400
|
Giant Cell Arteritis x400
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_661_END_INCLUDE_IMAGE_
|
|
JTAE in Kimura
|
JTAE in Kimura
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_662_END_INCLUDE_IMAGE_
|
|
JTAElp
|
JTAElp
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_663_END_INCLUDE_IMAGE_
|
|
JTAE HP
|
JTAE HP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_664_END_INCLUDE_IMAGE_
|
|
PACNS LM HP
|
PACNS LM HP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_665_END_INCLUDE_IMAGE_
|
|
PANS LM
|
PANS LM
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_666_END_INCLUDE_IMAGE_
|
|
Temporal Arteritis Low Power H&E
|
Temporal Arteritis Low Power H&E
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_667_END_INCLUDE_IMAGE_
|
|
Temporal Artery Surgical Exposur
|
Temporal Artery Surgical Exposure
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_668_END_INCLUDE_IMAGE_
|
|
Aneurysm Wall Elastin
|
Aneurysm Wall Elastin
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_669_END_INCLUDE_IMAGE_
|
|
Aneurysm Wall HP
|
Aneurysm Wall HP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_670_END_INCLUDE_IMAGE_
|
|
aneurysm Wall LP
|
aneurysm Wall LP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_671_END_INCLUDE_IMAGE_
|
|
Aneurysm Wall MOVAT
|
Aneurysm Wall MOVAT
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_672_END_INCLUDE_IMAGE_
|
|
Aneurysm Wall Movat HP
|
Aneurysm Wall Movat HP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_673_END_INCLUDE_IMAGE_
|
|
aneurysm Wall Trichrom
|
aneurysm Wall Trichrom
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_674_END_INCLUDE_IMAGE_
|
|
Cerebra Edema due to SAH In Situ
|
Cerebra Edema due to SAH In Situ
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_675_END_INCLUDE_IMAGE_
|
|
Giant Circle of Willis Aneurysm
|
Giant Circle of Willis Aneurysm Ventral Close Up
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_676_END_INCLUDE_IMAGE_
|
|
Giant MCA aneurysm Ventral
|
Giant MCA aneurysm Ventral
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_677_END_INCLUDE_IMAGE_
|
|
PComm Aneurysm Coiled
|
PComm Aneurysm Coiled
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_678_END_INCLUDE_IMAGE_
|
|
Ruptured ACoA with Clip Ventral
|
Ruptured ACoA with Clip Ventral
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_679_END_INCLUDE_IMAGE_
|
|
Ruptured MCA aneurysm dissected
|
Ruptured MCA aneurysm dissected
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_680_END_INCLUDE_IMAGE_
|
|
Ruptured Top of Basilar Aneurysm
|
Ruptured Top of Basilar Aneurysm
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_681_END_INCLUDE_IMAGE_
|
|
Subarachnoid Hemorrhage Ventral
|
Subarachnoid Hemorrhage Ventral
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_682_END_INCLUDE_IMAGE_
|
|
Thrombosed Basilar Aneurysm Tran
|
Thrombosed Basilar Aneurysm Transverse
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_683_END_INCLUDE_IMAGE_
|
|
AVM Coronal Closer Up
|
AVM Coronal Closer Up
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_684_END_INCLUDE_IMAGE_
|
|
AVM Coronal
|
AVM Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_685_END_INCLUDE_IMAGE_
|
|
AVM Corona Draining Veil
|
AVM Corona Draining Veil
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_686_END_INCLUDE_IMAGE_
|
|
Midbrain AVM
|
Midbrain AVM
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_687_END_INCLUDE_IMAGE_
|
|
Angioma
|
Angioma
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_688_END_INCLUDE_IMAGE_
|
|
Angioma Ossification x100
|
Angioma Ossification x100
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_689_END_INCLUDE_IMAGE_
|
|
Angioma Trichrome
|
Angioma Trichrome
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_690_END_INCLUDE_IMAGE_
|
|
Angioma x100
|
Angioma x100
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_691_END_INCLUDE_IMAGE_
|
|
Angioma x400
|
Angioma x400
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_692_END_INCLUDE_IMAGE_
|
|
Multiple Angioma Brain Coronal w
|
Multiple Angioma Brain Coronal with Pons
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_693_END_INCLUDE_IMAGE_
|
|
Multiple Angioma Cerebellum Sagi
|
Multiple Angioma Cerebellum Sagittal Siderosis
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_694_END_INCLUDE_IMAGE_
|
|
Multiple Angioma Pons Transverse
|
Multiple Angioma Pons Transverse
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_695_END_INCLUDE_IMAGE_
|
|
Foix-Alajounine
|
Foix-Alajounine
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_696_END_INCLUDE_IMAGE_
|
|
Telangiectasis Insula Coronal Cl
|
Telangiectasis Insula Coronal Close
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_697_END_INCLUDE_IMAGE_
|
|
Bilateral Venous Infarcts Dorsal
|
Bilateral Venous Infarcts Dorsal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_698_END_INCLUDE_IMAGE_
|
|
Bilateral Venous Infarcts Multi
|
Bilateral Venous Infarcts Multi Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_699_END_INCLUDE_IMAGE_
|
|
Cortical Venous Thrombosis Later
|
Cortical Venous Thrombosis Lateral
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_700_END_INCLUDE_IMAGE_
|
|
SSS Thrombus Cut Section
|
SSS Thrombus Cut Section
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_701_END_INCLUDE_IMAGE_
|
|
Venous Thrombosis Dorsal Shaken2
|
Venous Thrombosis Dorsal Shaken23mo
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_702_END_INCLUDE_IMAGE_
|
|
AD-Hippocampus x40
|
AD-Hippocampus x40
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_703_END_INCLUDE_IMAGE_
|
|
AD-occipital neocortex x200
|
AD-occipital neocortex x200
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_704_END_INCLUDE_IMAGE_
|
|
ADhippocampus King Stain x40
|
ADhippocampus King Stain x40
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_705_END_INCLUDE_IMAGE_
|
|
ADocclp x40
|
ADocclp x40
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_706_END_INCLUDE_IMAGE_
|
|
Alzheimer Disease Amyloid IHC
|
Alzheimer Disease Amyloid IHC
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_707_END_INCLUDE_IMAGE_
|
|
Alzheimer Disease NFTin Locus Ce
|
Alzheimer Disease NFTin Locus Ceruleus H&E
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_708_END_INCLUDE_IMAGE_
|
|
Alzheimer Disease Ventral Brain
|
Alzheimer Disease Ventral Brain
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_709_END_INCLUDE_IMAGE_
|
|
Bodian x40
|
Bodian x40
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_710_END_INCLUDE_IMAGE_
|
|
Cotton-Wool Plaques Cerebellum
|
Cotton-Wool Plaques Cerebellum
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_711_END_INCLUDE_IMAGE_
|
|
Cotton Wool Plaques PS1 mutation
|
Cotton Wool Plaques PS1 mutation
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_712_END_INCLUDE_IMAGE_
|
|
Hippocampus silver stain
|
Hippocampus silver stain
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_713_END_INCLUDE_IMAGE_
|
|
Hippocampus silver stain x200
|
Hippocampus silver stain x200
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_714_END_INCLUDE_IMAGE_
|
|
Insular Tau cotton Wool Plaque.
|
Insular Tau cotton Wool Plaque. High Power
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_715_END_INCLUDE_IMAGE_
|
|
Occipital cortex Silver x100
|
Occipital cortex Silver x100
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_716_END_INCLUDE_IMAGE_
|
|
PS1-AD
|
PS1-AD
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_717_END_INCLUDE_IMAGE_
|
|
PS1 BAMihc
|
PS1 BAMihc
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_718_END_INCLUDE_IMAGE_
|
|
Severe AD Dorsal Brain
|
Severe AD Dorsal Brain
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_719_END_INCLUDE_IMAGE_
|
|
Surgical BX Ubiquitin IHC early
|
Surgical BX Ubiquitin IHC early AD
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_720_END_INCLUDE_IMAGE_
|
|
Tau 10x
|
Tau 10x
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_721_END_INCLUDE_IMAGE_
|
|
Tau 20x
|
Tau 20x
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_722_END_INCLUDE_IMAGE_
|
|
ALS anterior horn cells ubiquiti
|
ALS anterior horn cells ubiquitin UHC x100
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_723_END_INCLUDE_IMAGE_
|
|
ALS anterior horn cells ubiquiti
|
ALS anterior horn cells ubiquitin UHC x200
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_724_END_INCLUDE_IMAGE_
|
|
ALS Ventral Spinal Cord
|
ALS Ventral Spinal Cord
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_725_END_INCLUDE_IMAGE_
|
|
Kugelberg Welander Transverse Sp
|
Kugelberg Welander Transverse Spinal Cord
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_726_END_INCLUDE_IMAGE_
|
|
Kugelberg Welander Ventral Spina
|
Kugelberg Welander Ventral Spinal Cord
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_727_END_INCLUDE_IMAGE_
|
|
FTLD-Udentate Ubiq IHC
|
FTLD-Udentate Ubiq IHC
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_728_END_INCLUDE_IMAGE_
|
|
FTLD Coronal Hemisphere
|
FTLD Coronal Hemisphere
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_729_END_INCLUDE_IMAGE_
|
|
FTLD Lateral
|
FTLD Lateral
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_730_END_INCLUDE_IMAGE_
|
|
FTLD Medial Temporal Close UP
|
FTLD Medial Temporal Close UP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_731_END_INCLUDE_IMAGE_
|
|
Hered Dyspasic Dementia Coronal
|
Hered Dyspasic Dementia Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_732_END_INCLUDE_IMAGE_
|
|
Pick Disease Ventral Brain
|
Pick Disease Ventral Brain
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_733_END_INCLUDE_IMAGE_
|
|
Posterior Lobar Atrophy Lateral
|
Posterior Lobar Atrophy Lateral
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_734_END_INCLUDE_IMAGE_
|
|
Binswanger Frontal Pole
|
Binswanger Frontal Pole
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_735_END_INCLUDE_IMAGE_
|
|
Cerebellar Degeneration
|
Cerebellar Degeneration
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_736_END_INCLUDE_IMAGE_
|
|
Fredreich Ataxia Spinal Cord Who
|
Fredreich Ataxia Spinal Cord Whole Mount Myelin
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_737_END_INCLUDE_IMAGE_
|
|
Hereditary Diffuse Leukoencephal
|
Hereditary Diffuse Leukoencephalopathy Speroids Coronal Close Up
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_738_END_INCLUDE_IMAGE_
|
|
Huntington With Control Coronal
|
Huntington With Control Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_739_END_INCLUDE_IMAGE_
|
|
Huntington Coronal Grade IV
|
Huntington Coronal Grade IV
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_740_END_INCLUDE_IMAGE_
|
|
OPCA Multiple Sections
|
OPCA Multiple Sections
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_741_END_INCLUDE_IMAGE_
|
|
SCA cerebellar Folia H&E
|
SCA cerebellar Folia H&E
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_742_END_INCLUDE_IMAGE_
|
|
amygdala synuclein IHC
|
amygdala synuclein IHC
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_743_END_INCLUDE_IMAGE_
|
|
CBGD Coronal
|
CBGD Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_744_END_INCLUDE_IMAGE_
|
|
Classic LB x600
|
Classic LB x600
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_745_END_INCLUDE_IMAGE_
|
|
Dentate nucleus grumose change
|
Dentate nucleus grumose change
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_746_END_INCLUDE_IMAGE_
|
|
Extraneuronal LBs x600
|
Extraneuronal LBs x600
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_747_END_INCLUDE_IMAGE_
|
|
GCIs Dentate Syn
|
GCIs Dentate Syn
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_748_END_INCLUDE_IMAGE_
|
|
Lewy Body x600
|
Lewy Body x600
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_749_END_INCLUDE_IMAGE_
|
|
Lewy Body Substantia Nigra H&E
|
Lewy Body Substantia Nigra H&E
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_750_END_INCLUDE_IMAGE_
|
|
MSA-C Ventral Brain
|
MSA-C Ventral Brain
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_751_END_INCLUDE_IMAGE_
|
|
MSA Inferior Olive Synuclein Hig
|
MSA Inferior Olive Synuclein High Power
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_752_END_INCLUDE_IMAGE_
|
|
Pleomorphic LB x600
|
Pleomorphic LB x600
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_753_END_INCLUDE_IMAGE_
|
|
PSP-dentate
|
PSP-dentate
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_754_END_INCLUDE_IMAGE_
|
|
PSP-SN
|
PSP-SN
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_755_END_INCLUDE_IMAGE_
|
|
PSP Coronal Subthalamic
|
PSP Coronal Subthalamic
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_756_END_INCLUDE_IMAGE_
|
|
PSP Globose NFT Substantia Nigra
|
PSP Globose NFT Substantia Nigra H&E
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_757_END_INCLUDE_IMAGE_
|
|
Striatonigral Degeneration Putam
|
Striatonigral Degeneration Putamen Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_758_END_INCLUDE_IMAGE_
|
|
Substantia Nigra PD and Control
|
Substantia Nigra PD and Control
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_759_END_INCLUDE_IMAGE_
|
|
Subthalamic NFT in PSP
|
Subthalamic NFT in PSP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_760_END_INCLUDE_IMAGE_
|
|
Thalamotomy for Parkinson Diseas
|
Thalamotomy for Parkinson Disease 1976 Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_761_END_INCLUDE_IMAGE_
|
|
Agenesis Corpus Callosum Coronal
|
Agenesis Corpus Callosum Coronal Brain
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_762_END_INCLUDE_IMAGE_
|
|
Agenesis Corpus Callosum Coronal
|
Agenesis Corpus Callosum Coronal Neonatal Close Up
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_763_END_INCLUDE_IMAGE_
|
|
Agenesis Corpus Callosum Lateral
|
Agenesis Corpus Callosum Lateral
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_764_END_INCLUDE_IMAGE_
|
|
Agenesis Corpus Callosum Lateral
|
Agenesis Corpus Callosum Lateral Close Up
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_765_END_INCLUDE_IMAGE_
|
|
Agenesis Corpus Callosum Sagitta
|
Agenesis Corpus Callosum Sagittal2
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_766_END_INCLUDE_IMAGE_
|
|
Agenesis Corpus Callosum Sagitta
|
Agenesis Corpus Callosum Sagittal Close Up
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_767_END_INCLUDE_IMAGE_
|
|
Probst Bundle Coronal Close Up
|
Probst Bundle Coronal Close Up
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_768_END_INCLUDE_IMAGE_
|
|
amygdala Corp Amylacea HP
|
amygdala Corp Amylacea HP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_769_END_INCLUDE_IMAGE_
|
|
Amygdala Corpora Amylacea
|
Amygdala Corpora Amylacea
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_770_END_INCLUDE_IMAGE_
|
|
Endplate Sclerosis
|
Endplate Sclerosis
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_771_END_INCLUDE_IMAGE_
|
|
Palmini 1a
|
Palmini 1a
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_772_END_INCLUDE_IMAGE_
|
|
Palmini 1b
|
Palmini 1b
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_773_END_INCLUDE_IMAGE_
|
|
Palmini 1b HP
|
Palmini 1b HP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_774_END_INCLUDE_IMAGE_
|
|
Palmini 2a
|
Palmini 2a
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_775_END_INCLUDE_IMAGE_
|
|
Palmini 2a HP
|
Palmini 2a HP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_776_END_INCLUDE_IMAGE_
|
|
Palmini 2b
|
Palmini 2b
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_777_END_INCLUDE_IMAGE_
|
|
Palmini 2b HP
|
Palmini 2b HP
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_778_END_INCLUDE_IMAGE_
|
|
White Matter Neurons
|
White Matter Neurons
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_779_END_INCLUDE_IMAGE_
|
|
White Matter Neurons NFihc
|
White Matter Neurons NFihc
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_780_END_INCLUDE_IMAGE_
|
|
Cyclopia Holoprosencephaly
|
Cyclopia Holoprosencephaly
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_781_END_INCLUDE_IMAGE_
|
|
Holoprosencephaly Coronal
|
Holoprosencephaly Coronal
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_782_END_INCLUDE_IMAGE_
|
|
Holoprosencephaly Dorsal Floatin
|
Holoprosencephaly Dorsal Floating
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_783_END_INCLUDE_IMAGE_
|
|
Holoprosencephaly Ventral Close
|
Holoprosencephaly Ventral Close Up Trisomy 13
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_784_END_INCLUDE_IMAGE_
|
|
Holoprosencephaly Ventralwith Du
|
Holoprosencephaly Ventralwith Dura
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_785_END_INCLUDE_IMAGE_
|
|
Olfactory Agenesis Ventral Close
|
Olfactory Agenesis Ventral Close Up
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_786_END_INCLUDE_IMAGE_
|
|
Neuronal Ceroid Lipofuscinosis V
|
Neuronal Ceroid Lipofuscinosis Vacuolated Lymphocytes EM
|
13/09/2008 @ 9:09
|
gliageek
|
_INCLUDE_IMAGE_787_END_INCLUDE_IMAGE_
|
|
Tay Sachs Cerebellum Coronals
|
Tay Sachs Cerebellum Coronals
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_788_END_INCLUDE_IMAGE_
|
|
Bilateral Perisylvian Ulegyria W
|
Bilateral Perisylvian Ulegyria With PV Nodular Heterotopias
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_789_END_INCLUDE_IMAGE_
|
|
Pachygyria Coronal
|
Pachygyria Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_790_END_INCLUDE_IMAGE_
|
|
Periventricular Nodular Heteroto
|
Periventricular Nodular Heterotopia 2 Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_791_END_INCLUDE_IMAGE_
|
|
Poly Gyria Dorsal
|
Poly Gyria Dorsal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_792_END_INCLUDE_IMAGE_
|
|
Polymicrogyria Coronal
|
Polymicrogyria Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_793_END_INCLUDE_IMAGE_
|
|
Walker Warburg Coronal
|
Walker Warburg Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_794_END_INCLUDE_IMAGE_
|
|
Zonal Heterotop Coronal
|
Zonal Heterotop Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_795_END_INCLUDE_IMAGE_
|
|
Atax Telangiectasia Vermis Sagit
|
Atax Telangiectasia Vermis Sagittal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_796_END_INCLUDE_IMAGE_
|
|
Dandy-Walker Posterior Close Up
|
Dandy-Walker Posterior Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_797_END_INCLUDE_IMAGE_
|
|
Dandy-Walker Whole Mount Myelin
|
Dandy-Walker Whole Mount Myelin
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_798_END_INCLUDE_IMAGE_
|
|
Dandy Walker Cyst Dorsal
|
Dandy Walker Cyst Dorsal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_799_END_INCLUDE_IMAGE_
|
|
Ecchordosis Physalifera
|
Ecchordosis Physalifera
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_800_END_INCLUDE_IMAGE_
|
|
Ischemic Micrenceohaly Lateral
|
Ischemic Micrenceohaly Lateral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_801_END_INCLUDE_IMAGE_
|
|
Lipoma Corpus Callosum Coronal
|
Lipoma Corpus Callosum Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_802_END_INCLUDE_IMAGE_
|
|
Lipoma Tuber Cinerum
|
Lipoma Tuber Cinerum
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_803_END_INCLUDE_IMAGE_
|
|
Posterior Fossa Arachnoid Cyst S
|
Posterior Fossa Arachnoid Cyst Sagittal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_804_END_INCLUDE_IMAGE_
|
|
Split Cord Malformation Dorsal
|
Split Cord Malformation Dorsal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_805_END_INCLUDE_IMAGE_
|
|
Temporal Lobe Arachnoid Cyst Ven
|
Temporal Lobe Arachnoid Cyst Ventral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_806_END_INCLUDE_IMAGE_
|
|
Laminar And WM Necrosis Mitichon
|
Laminar And WM Necrosis Mitichondrial Encephalopathy coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_807_END_INCLUDE_IMAGE_
|
|
Leigh BG coronal
|
Leigh BG coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_808_END_INCLUDE_IMAGE_
|
|
Leigh Midbrain Transverse
|
Leigh Midbrain Transverse
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_809_END_INCLUDE_IMAGE_
|
|
Leigh Subthalamic Coronal
|
Leigh Subthalamic Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_810_END_INCLUDE_IMAGE_
|
|
Medulla Mitochondrial Encephalop
|
Medulla Mitochondrial Encephalopathy
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_811_END_INCLUDE_IMAGE_
|
|
Cerebral Tuber Lateral
|
Cerebral Tuber Lateral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_812_END_INCLUDE_IMAGE_
|
|
Cortical Tuber
|
Cortical Tuber
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_813_END_INCLUDE_IMAGE_
|
|
Neurocutaneous Melanosis Ventral
|
Neurocutaneous Melanosis Ventral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_814_END_INCLUDE_IMAGE_
|
|
Neurocutaneous Melanosis Ventral
|
Neurocutaneous Melanosis Ventral Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_815_END_INCLUDE_IMAGE_
|
|
Tuber
|
Tuber
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_816_END_INCLUDE_IMAGE_
|
|
Tuberous Sclerosis SEGA and Nodu
|
Tuberous Sclerosis SEGA and Nodules
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_817_END_INCLUDE_IMAGE_
|
|
Anencephaly Lateral
|
Anencephaly Lateral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_818_END_INCLUDE_IMAGE_
|
|
Anencephaly Dorsal
|
Anencephaly Dorsal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_819_END_INCLUDE_IMAGE_
|
|
Chiari Dorsal Brain Stem
|
Chiari Dorsal Brain Stem
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_820_END_INCLUDE_IMAGE_
|
|
Chiari II Cord & Post Fossa
|
Chiari II Cord & Post Fossa
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_821_END_INCLUDE_IMAGE_
|
|
Chiari II full Legnth
|
Chiari II full Legnth
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_822_END_INCLUDE_IMAGE_
|
|
Chiari Mid Sagittal Adult
|
Chiari Mid Sagittal Adult
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_823_END_INCLUDE_IMAGE_
|
|
Chiari Ventral Brain Stem
|
Chiari Ventral Brain Stem
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_824_END_INCLUDE_IMAGE_
|
|
Cranio Rachiscisis Dorsal Body
|
Cranio Rachiscisis Dorsal Body
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_825_END_INCLUDE_IMAGE_
|
|
CRtotalis XRAY
|
CRtotalis XRAY
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_826_END_INCLUDE_IMAGE_
|
|
Encephalocele Occipital Ventral
|
Encephalocele Occipital Ventral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_827_END_INCLUDE_IMAGE_
|
|
Inenecephaly
|
Inenecephaly
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_828_END_INCLUDE_IMAGE_
|
|
Lochenshadel
|
Lochenshadel
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_829_END_INCLUDE_IMAGE_
|
|
Placode Dissected
|
Placode Dissected
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_830_END_INCLUDE_IMAGE_
|
|
Acute Meningitis Base
|
Acute Meningitis Base
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_831_END_INCLUDE_IMAGE_
|
|
Basilar Meningitis
|
Basilar Meningitis
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_832_END_INCLUDE_IMAGE_
|
|
Postoperative Spinal Meningitis
|
Postoperative Spinal Meningitis
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_833_END_INCLUDE_IMAGE_
|
|
Brain Abscess Coronal Close Up
|
Brain Abscess Coronal Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_834_END_INCLUDE_IMAGE_
|
|
Multiple Brain Abscesses Lateral
|
Multiple Brain Abscesses Lateral Surface
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_835_END_INCLUDE_IMAGE_
|
|
Nocardia Kinyon
|
Nocardia Kinyon
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_836_END_INCLUDE_IMAGE_
|
|
Occipial Lobe Abscess Coronal
|
Occipial Lobe Abscess Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_837_END_INCLUDE_IMAGE_
|
|
Steril Abscess Thalamus Horizont
|
Steril Abscess Thalamus Horizontal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_838_END_INCLUDE_IMAGE_
|
|
Subdural Empyema In Situ
|
Subdural Empyema In Situ
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_839_END_INCLUDE_IMAGE_
|
|
Congenital Syphilis Base
|
Congenital Syphilis Base
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_840_END_INCLUDE_IMAGE_
|
|
General Paresis Base
|
General Paresis Base
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_841_END_INCLUDE_IMAGE_
|
|
Chronic Meningitis Obstructing C
|
Chronic Meningitis Obstructing CSF outflow Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_842_END_INCLUDE_IMAGE_
|
|
Potts Disease
|
Potts Disease
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_843_END_INCLUDE_IMAGE_
|
|
Tuberculoma Medulla Transverse
|
Tuberculoma Medulla Transverse
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_844_END_INCLUDE_IMAGE_
|
|
Tuberculous Meningitis Base
|
Tuberculous Meningitis Base
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_845_END_INCLUDE_IMAGE_
|
|
Tuberculous Meningitis Coronal
|
Tuberculous Meningitis Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_846_END_INCLUDE_IMAGE_
|
|
Tuberculous Spinal Meningitis
|
Tuberculous Spinal Meningitis
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_847_END_INCLUDE_IMAGE_
|
|
Aspergillosis Coronal Close Up
|
Aspergillosis Coronal Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_848_END_INCLUDE_IMAGE_
|
|
Aspergillosis Coronal Frontal
|
Aspergillosis Coronal Frontal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_849_END_INCLUDE_IMAGE_
|
|
Aspergillus Bx
|
Aspergillus Bx
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_850_END_INCLUDE_IMAGE_
|
|
Aspergillus Bx HP
|
Aspergillus Bx HP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_851_END_INCLUDE_IMAGE_
|
|
Candida Coronal Whole Mount PAS
|
Candida Coronal Whole Mount PAS
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_852_END_INCLUDE_IMAGE_
|
|
Neonatal Candida Coronal
|
Neonatal Candida Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_853_END_INCLUDE_IMAGE_
|
|
Coccidio Cerebel LP
|
Coccidio Cerebel LP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_854_END_INCLUDE_IMAGE_
|
|
Coccidio Cranial Nerve
|
Coccidio Cranial Nerve
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_855_END_INCLUDE_IMAGE_
|
|
Coccidiodes Meningitis H&E
|
Coccidiodes Meningitis H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_856_END_INCLUDE_IMAGE_
|
|
Cryptococcoma Cerebellar Peduncl
|
Cryptococcoma Cerebellar Peduncle Transverse
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_857_END_INCLUDE_IMAGE_
|
|
Cryptococcus HP
|
Cryptococcus HP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_858_END_INCLUDE_IMAGE_
|
|
Crypto Men
|
Crypto Men
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_859_END_INCLUDE_IMAGE_
|
|
Histoplasmoma H&E
|
Histoplasmoma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_860_END_INCLUDE_IMAGE_
|
|
Mucor Coronal
|
Mucor Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_861_END_INCLUDE_IMAGE_
|
|
Mucor Ventral
|
Mucor Ventral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_862_END_INCLUDE_IMAGE_
|
|
Phaeohyphomycosis Base
|
Phaeohyphomycosis Base
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_863_END_INCLUDE_IMAGE_
|
|
Phaeohyphomycosis Hemi Coronal
|
Phaeohyphomycosis Hemi Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_864_END_INCLUDE_IMAGE_
|
|
Phaeohyphomycosis Lateral
|
Phaeohyphomycosis Lateral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_865_END_INCLUDE_IMAGE_
|
|
Phaeomycosis GMS x600
|
Phaeomycosis GMS x600
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_866_END_INCLUDE_IMAGE_
|
|
Phaeomycosis H&E LP
|
Phaeomycosis H&E LP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_867_END_INCLUDE_IMAGE_
|
|
Phaeomycosis H&E HP
|
Phaeomycosis H&E HP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_868_END_INCLUDE_IMAGE_
|
|
Phaeomycosis PAS x100
|
Phaeomycosis PAS x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_869_END_INCLUDE_IMAGE_
|
|
Acanthameba Coronal Close Up
|
Acanthameba Coronal Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_870_END_INCLUDE_IMAGE_
|
|
Cysticerc HP
|
Cysticerc HP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_871_END_INCLUDE_IMAGE_
|
|
Cysticerc LP
|
Cysticerc LP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_872_END_INCLUDE_IMAGE_
|
|
Cysticercosis Coronal
|
Cysticercosis Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_873_END_INCLUDE_IMAGE_
|
|
Cysticercosis H&E Low Power
|
Cysticercosis H&E Low Power
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_874_END_INCLUDE_IMAGE_
|
|
Cysticercosis Horizontal Close U
|
Cysticercosis Horizontal Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_875_END_INCLUDE_IMAGE_
|
|
Cysticercosis Surface Close Up
|
Cysticercosis Surface Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_876_END_INCLUDE_IMAGE_
|
|
Cysticercosis Surgical
|
Cysticercosis Surgical
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_877_END_INCLUDE_IMAGE_
|
|
Cysticercosis Surgical Hemisecti
|
Cysticercosis Surgical Hemisection
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_878_END_INCLUDE_IMAGE_
|
|
Echinococcal Cyst Temporal Coron
|
Echinococcal Cyst Temporal Coronal Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_879_END_INCLUDE_IMAGE_
|
|
Toxoplasmosis Coronal
|
Toxoplasmosis Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_880_END_INCLUDE_IMAGE_
|
|
Toxoplasmosis Temporal Lobe
|
Toxoplasmosis Temporal Lobe
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_881_END_INCLUDE_IMAGE_
|
|
Gerstmann Straussler Hippocampus
|
Gerstmann Straussler Hippocampus Close Up H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_882_END_INCLUDE_IMAGE_
|
|
GSS cerebellum
|
GSS cerebellum
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_883_END_INCLUDE_IMAGE_
|
|
GSS HC HP
|
GSS HC HP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_884_END_INCLUDE_IMAGE_
|
|
GSS hippocampus LP
|
GSS hippocampus LP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_885_END_INCLUDE_IMAGE_
|
|
JCD cerebellum IHC x100
|
JCD cerebellum IHC x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_886_END_INCLUDE_IMAGE_
|
|
JCD cerebellum x200
|
JCD cerebellum x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_887_END_INCLUDE_IMAGE_
|
|
JCD occipital IHC x200
|
JCD occipital IHC x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_888_END_INCLUDE_IMAGE_
|
|
JCD occipital IHC x40
|
JCD occipital IHC x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_889_END_INCLUDE_IMAGE_
|
|
JCD occipital x200
|
JCD occipital x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_890_END_INCLUDE_IMAGE_
|
|
JCD occipital x40
|
JCD occipital x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_891_END_INCLUDE_IMAGE_
|
|
Prion Cerebral Biopsy H&E
|
Prion Cerebral Biopsy H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_892_END_INCLUDE_IMAGE_
|
|
Prion IHC cerebellum
|
Prion IHC cerebellum
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_893_END_INCLUDE_IMAGE_
|
|
Prion IHC cerebellum 2
|
Prion IHC cerebellum 2
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_894_END_INCLUDE_IMAGE_
|
|
Prion IHC cerebrum
|
Prion IHC cerebrum
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_895_END_INCLUDE_IMAGE_
|
|
Prion MM1 cerebellum
|
Prion MM1 cerebellum
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_896_END_INCLUDE_IMAGE_
|
|
Prion VV2 Cerebellum Sagittal wi
|
Prion VV2 Cerebellum Sagittal with Control
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_897_END_INCLUDE_IMAGE_
|
|
Type 2 prion Cerebellum IHC
|
Type 2 prion Cerebellum IHC
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_898_END_INCLUDE_IMAGE_
|
|
Prion Florid Plaque x40
|
Prion Florid Plaque x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_899_END_INCLUDE_IMAGE_
|
|
Prion IHC florid plaque
|
Prion IHC florid plaque
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_900_END_INCLUDE_IMAGE_
|
|
vCJD cerebral cortex immuno x100
|
vCJD cerebral cortex immuno x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_901_END_INCLUDE_IMAGE_
|
|
vJCD
|
vJCD
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_902_END_INCLUDE_IMAGE_
|
|
Granulomatous Meningitis H&E
|
Granulomatous Meningitis H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_903_END_INCLUDE_IMAGE_
|
|
Perivascular Granuloma H&E
|
Perivascular Granuloma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_904_END_INCLUDE_IMAGE_
|
|
Sarcoid Coronal
|
Sarcoid Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_905_END_INCLUDE_IMAGE_
|
|
Sarcoid Ventral Close Up
|
Sarcoid Ventral Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_906_END_INCLUDE_IMAGE_
|
|
Congenital Cytomegalovirus Later
|
Congenital Cytomegalovirus Lateral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_907_END_INCLUDE_IMAGE_
|
|
Congenital Cytomegalovirus Multi
|
Congenital Cytomegalovirus Multiple Coronals
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_908_END_INCLUDE_IMAGE_
|
|
Cytomegalovirus Coronal
|
Cytomegalovirus Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_909_END_INCLUDE_IMAGE_
|
|
HIV encephalopathy H&E
|
HIV encephalopathy H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_910_END_INCLUDE_IMAGE_
|
|
HIV encephalopathy p24 IHC
|
HIV encephalopathy p24 IHC
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_911_END_INCLUDE_IMAGE_
|
|
Herpes Simplex Encephalitis Cing
|
Herpes Simplex Encephalitis Cingulate Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_912_END_INCLUDE_IMAGE_
|
|
Herpes Simplex Encephalitis Temp
|
Herpes Simplex Encephalitis Temporal Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_913_END_INCLUDE_IMAGE_
|
|
Herpes Simplex Encephalitis Vent
|
Herpes Simplex Encephalitis Ventral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_914_END_INCLUDE_IMAGE_
|
|
JC virus ISH
|
JC virus ISH
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_915_END_INCLUDE_IMAGE_
|
|
PML-infected astrocyte x600
|
PML-infected astrocyte x600
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_916_END_INCLUDE_IMAGE_
|
|
PML-infected oligodendroglial ce
|
PML-infected oligodendroglial cell x600
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_917_END_INCLUDE_IMAGE_
|
|
PML1
|
PML1
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_918_END_INCLUDE_IMAGE_
|
|
PML inclusions
|
PML inclusions
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_919_END_INCLUDE_IMAGE_
|
|
PML x100
|
PML x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_920_END_INCLUDE_IMAGE_
|
|
PML x400
|
PML x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_921_END_INCLUDE_IMAGE_
|
|
Progressive Multifocal Leukoence
|
Progressive Multifocal Leukoencephalopathy H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_922_END_INCLUDE_IMAGE_
|
|
Progressive Multifocal Leukoence
|
Progressive Multifocal Leukoencephalopathy Horizontal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_923_END_INCLUDE_IMAGE_
|
|
Progressive Multifocal Leukoence
|
Progressive Multifocal Leukoencephalopathy JCV immuno
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_924_END_INCLUDE_IMAGE_
|
|
Progressive Multifocal Leukoence
|
Progressive Multifocal Leukoencephalopathy Whole Mount
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_925_END_INCLUDE_IMAGE_
|
|
Cord wnv
|
Cord wnv
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_926_END_INCLUDE_IMAGE_
|
|
Thal WNV
|
Thal WNV
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_927_END_INCLUDE_IMAGE_
|
|
Adrenoleukodystrophy Horizontal
|
Adrenoleukodystrophy Horizontal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_928_END_INCLUDE_IMAGE_
|
|
Alexander Coronal Close Up
|
Alexander Coronal Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_929_END_INCLUDE_IMAGE_
|
|
Cockayne Ventral
|
Cockayne Ventral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_930_END_INCLUDE_IMAGE_
|
|
Cockayne Multiple Coronals
|
Cockayne Multiple Coronals
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_931_END_INCLUDE_IMAGE_
|
|
Krabbe H&E
|
Krabbe H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_932_END_INCLUDE_IMAGE_
|
|
Krabbe Sparring U Fibers Coronal
|
Krabbe Sparring U Fibers Coronal Close up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_933_END_INCLUDE_IMAGE_
|
|
Krabbe Ventral
|
Krabbe Ventral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_934_END_INCLUDE_IMAGE_
|
|
Krabbe x100
|
Krabbe x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_935_END_INCLUDE_IMAGE_
|
|
Pelizaeus Merzbacher Coronal Clo
|
Pelizaeus Merzbacher Coronal Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_936_END_INCLUDE_IMAGE_
|
|
VWMD chromatolysis
|
VWMD chromatolysis
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_937_END_INCLUDE_IMAGE_
|
|
VWMD spheroids
|
VWMD spheroids
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_938_END_INCLUDE_IMAGE_
|
|
VWMD x200
|
VWMD x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_939_END_INCLUDE_IMAGE_
|
|
VWMD x40
|
VWMD x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_940_END_INCLUDE_IMAGE_
|
|
VWMD Sagittal
|
VWMD Sagittal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_941_END_INCLUDE_IMAGE_
|
|
VWMD Thalamus
|
VWMD Thalamus
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_942_END_INCLUDE_IMAGE_
|
|
Astrocyte pleomorphism in TLDL
|
Astrocyte pleomorphism in TLDL
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_943_END_INCLUDE_IMAGE_
|
|
Central Pontine Myelinlysis
|
Central Pontine Myelinlysis
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_944_END_INCLUDE_IMAGE_
|
|
Creutz Cell
|
Creutz Cell
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_945_END_INCLUDE_IMAGE_
|
|
|
Leigh BG coronal
|
Leigh BG coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_946_END_INCLUDE_IMAGE_
|
|
|
Leigh Midbrain Transverse
|
Leigh Midbrain Transverse
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_947_END_INCLUDE_IMAGE_
|
|
Machiafava Bignami Coronal
|
Machiafava Bignami Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_948_END_INCLUDE_IMAGE_
|
|
TLDL smear
|
TLDL smear
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_949_END_INCLUDE_IMAGE_
|
|
tldl-lp
|
tldl-lp
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_950_END_INCLUDE_IMAGE_
|
|
TLDL creutzfeldt cell
|
TLDL creutzfeldt cell
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_951_END_INCLUDE_IMAGE_
|
|
TLDL edge H&E
|
TLDL edge H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_952_END_INCLUDE_IMAGE_
|
|
TLDL perivascular inflammation
|
TLDL perivascular inflammation
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_953_END_INCLUDE_IMAGE_
|
|
TLDL CD68 IHC
|
TLDL CD68 IHC
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_954_END_INCLUDE_IMAGE_
|
|
TLDL GFAP
|
TLDL GFAP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_955_END_INCLUDE_IMAGE_
|
|
TLDL HP
|
TLDL HP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_956_END_INCLUDE_IMAGE_
|
|
TLDL Smear
|
TLDL Smear
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_957_END_INCLUDE_IMAGE_
|
|
MS Cervical Cord
|
Multiple Sclerosis in the Cervical Cord
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_958_END_INCLUDE_IMAGE_
|
|
MS mid sag
|
Multiple Sclerosis, mid-sagittal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_959_END_INCLUDE_IMAGE_
|
|
Multiple Sclerosis
|
Multiple Sclerosis
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_960_END_INCLUDE_IMAGE_
|
|
bsplaque
|
bsplaque
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_961_END_INCLUDE_IMAGE_
|
|
Demyelination EM
|
Demyelination EM
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_962_END_INCLUDE_IMAGE_
|
|
Hurst001
|
Hurst001
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_963_END_INCLUDE_IMAGE_
|
|
MS pons Close
|
MS pons Close
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_964_END_INCLUDE_IMAGE_
|
|
MS post PV
|
MS post PV
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_965_END_INCLUDE_IMAGE_
|
|
Optic Neuritis x400
|
Optic Neuritis x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_966_END_INCLUDE_IMAGE_
|
|
Optic Neuritis x100
|
Optic Neuritis x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_967_END_INCLUDE_IMAGE_
|
|
Optic Neuritis x200
|
Optic Neuritis x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_968_END_INCLUDE_IMAGE_
|
|
Perivent Plaque
|
Perivent Plaque
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_969_END_INCLUDE_IMAGE_
|
|
Perivent Plaque CD68 IHC
|
Perivent Plaque CD68 IHC
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_970_END_INCLUDE_IMAGE_
|
|
Zerkin
|
Zerkin
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_971_END_INCLUDE_IMAGE_
|
|
CCD ATPase
|
CCD ATPase
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_972_END_INCLUDE_IMAGE_
|
|
CCD COX
|
CCD COX
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_973_END_INCLUDE_IMAGE_
|
|
CCD NADH
|
CCD NADH
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_974_END_INCLUDE_IMAGE_
|
|
CNM Paraffin x200
|
CNM Paraffin x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_975_END_INCLUDE_IMAGE_
|
|
hyaline inclusions trichrome x20
|
hyaline inclusions trichrome x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_976_END_INCLUDE_IMAGE_
|
|
Nemaline Trichrome x400
|
Nemaline Trichrome x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_977_END_INCLUDE_IMAGE_
|
|
Tub Agg NADH x400
|
Tub Agg NADH x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_978_END_INCLUDE_IMAGE_
|
|
Tub Agg Trichrome x400
|
Tub Agg Trichrome x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_979_END_INCLUDE_IMAGE_
|
|
Tubular Aggregates
|
Tubular Aggregates
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_980_END_INCLUDE_IMAGE_
|
|
Target fibers NADH
|
Target fibers NADH
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_981_END_INCLUDE_IMAGE_
|
|
Diabetic thigh infarct x200
|
Diabetic thigh infarct x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_982_END_INCLUDE_IMAGE_
|
|
Congenital muscular dystrophy x2
|
Congenital muscular dystrophy x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_983_END_INCLUDE_IMAGE_
|
|
LGMD inflamm x100
|
LGMD inflamm x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_984_END_INCLUDE_IMAGE_
|
|
myofibrillary myopathy x100
|
myofibrillary myopathy x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_985_END_INCLUDE_IMAGE_
|
|
Rhabdomyolysis x400
|
Rhabdomyolysis x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_986_END_INCLUDE_IMAGE_
|
|
Ringbinden
|
Ringbinden
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_987_END_INCLUDE_IMAGE_
|
|
Ring NADH
|
Ring NADH
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_988_END_INCLUDE_IMAGE_
|
|
Ring Tri
|
Ring Tri
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_989_END_INCLUDE_IMAGE_
|
|
Titinopathy paraffin x200
|
Titinopathy paraffin x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_990_END_INCLUDE_IMAGE_
|
|
IBM trichrome
|
IBM trichrome
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_991_END_INCLUDE_IMAGE_
|
|
IBM tricrome HP
|
IBM tricrome HP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_992_END_INCLUDE_IMAGE_
|
|
Inclusion body myositis SMI-31 n
|
Inclusion body myositis SMI-31 nuclear x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_993_END_INCLUDE_IMAGE_
|
|
Inclusion body myositis SMI-31 x
|
Inclusion body myositis SMI-31 x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_994_END_INCLUDE_IMAGE_
|
|
Inclusion body myositis SMI-31 x
|
Inclusion body myositis SMI-31 x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_995_END_INCLUDE_IMAGE_
|
|
Inclusion body myositis trichrom
|
Inclusion body myositis trichrome x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_996_END_INCLUDE_IMAGE_
|
|
Inclusion body myositis trichrom
|
Inclusion body myositis trichrome x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_997_END_INCLUDE_IMAGE_
|
|
Inclusion body myositis x200
|
Inclusion body myositis x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_998_END_INCLUDE_IMAGE_
|
|
Inclusion body myositis x400
|
Inclusion body myositis x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_999_END_INCLUDE_IMAGE_
|
|
Trichrome IBM hp
|
Trichrome IBM hp
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1000_END_INCLUDE_IMAGE_
|
|
Churg-Strauss x200
|
Churg-Strauss x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1001_END_INCLUDE_IMAGE_
|
|
Churg strauss x100
|
Churg strauss x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1002_END_INCLUDE_IMAGE_
|
|
Churg Strauss x40
|
Churg Strauss x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1003_END_INCLUDE_IMAGE_
|
|
Dermatomyositis in lymphoma pati
|
Dermatomyositis in lymphoma patient x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1004_END_INCLUDE_IMAGE_
|
|
Myositis in lymphoma patient x20
|
Myositis in lymphoma patient x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1005_END_INCLUDE_IMAGE_
|
|
Paraneo DM
|
Paraneo DM
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1006_END_INCLUDE_IMAGE_
|
|
Paraneo Myositis Paraffin
|
Paraneo Myositis Paraffin
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1007_END_INCLUDE_IMAGE_
|
|
Paraneoplastic Myositis
|
Paraneoplastic Myositis
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1008_END_INCLUDE_IMAGE_
|
|
Perivascular infiltrate x200
|
Perivascular infiltrate x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1009_END_INCLUDE_IMAGE_
|
|
Perivascular infiltrate x400
|
Perivascular infiltrate x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1010_END_INCLUDE_IMAGE_
|
|
Polymyositis
|
Polymyositis
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1011_END_INCLUDE_IMAGE_
|
|
Mitochondrial Inclusions
|
Mitochondrial Inclusions
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1012_END_INCLUDE_IMAGE_
|
|
Diabetic sural x200
|
Diabetic sural x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1013_END_INCLUDE_IMAGE_
|
|
Diabetic Sural x600
|
Diabetic Sural x600
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1014_END_INCLUDE_IMAGE_
|
|
HSMN x200 resin
|
HSMN x200 resin
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1015_END_INCLUDE_IMAGE_
|
|
HSMN x400 resin
|
HSMN x400 resin
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1016_END_INCLUDE_IMAGE_
|
|
HSMN x600
|
HSMN x600
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1017_END_INCLUDE_IMAGE_
|
|
polyarteritis nodosa sural nerve
|
polyarteritis nodosa sural nerve resin x100 sural
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1018_END_INCLUDE_IMAGE_
|
|
polyarteritis nodosa sural nerve
|
polyarteritis nodosa sural nerve resin x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1019_END_INCLUDE_IMAGE_
|
|
Danon
|
Danon
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1020_END_INCLUDE_IMAGE_
|
|
Danon003
|
Danon003
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1021_END_INCLUDE_IMAGE_
|
|
Danon 10k002
|
Danon 10k002
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1022_END_INCLUDE_IMAGE_
|
|
Danon12k001
|
Danon12k001
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1023_END_INCLUDE_IMAGE_
|
|
Danon Gom Tri
|
Danon Gom Tri
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1024_END_INCLUDE_IMAGE_
|
|
Danon PAS
|
Danon PAS
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1025_END_INCLUDE_IMAGE_
|
|
Anterior Commissure Coronal
|
Anterior Commissure Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1026_END_INCLUDE_IMAGE_
|
|
Basal Ganglia Coronal Close
|
Basal Ganglia Coronal Close
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1027_END_INCLUDE_IMAGE_
|
|
Frontal Coronal
|
Frontal Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1028_END_INCLUDE_IMAGE_
|
|
Hippocampus Coronal
|
Hippocampus Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1029_END_INCLUDE_IMAGE_
|
|
Occipital Coronal
|
Occipital Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1030_END_INCLUDE_IMAGE_
|
|
Parietal Coronal
|
Parietal Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1031_END_INCLUDE_IMAGE_
|
|
Pons Cerebellum Transverse
|
Pons Cerebellum Transverse
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1032_END_INCLUDE_IMAGE_
|
|
Posterior Commissure Coronal
|
Posterior Commissure Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1033_END_INCLUDE_IMAGE_
|
|
Posterior Fossa Sagittal
|
Posterior Fossa Sagittal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1034_END_INCLUDE_IMAGE_
|
|
Sagittal
|
Sagittal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1035_END_INCLUDE_IMAGE_
|
|
Swiss Cheese Coronal Multiple
|
Swiss Cheese Coronal Multiple
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1036_END_INCLUDE_IMAGE_
|
|
Thalamus Coronal Close Up
|
Thalamus Coronal Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1037_END_INCLUDE_IMAGE_
|
|
Thalamus Coronal
|
Thalamus Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1038_END_INCLUDE_IMAGE_
|
|
Velum interpositum x100
|
Velum interpositum x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1039_END_INCLUDE_IMAGE_
|
|
Velum interpositum x40
|
Velum interpositum x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1040_END_INCLUDE_IMAGE_
|
|
Germ Matrix Hem HE
|
Germ Matrix Hem HE
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1041_END_INCLUDE_IMAGE_
|
|
Intraventricular Hem Coronal
|
Intraventricular Hem Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1042_END_INCLUDE_IMAGE_
|
|
Intraventricular Hemorrhage coro
|
Intraventricular Hemorrhage coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1043_END_INCLUDE_IMAGE_
|
|
Intraventricular Hemorrhage vent
|
Intraventricular Hemorrhage ventral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1044_END_INCLUDE_IMAGE_
|
|
IVH Ventral
|
IVH Ventral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1045_END_INCLUDE_IMAGE_
|
|
Massive Hydrocephalus Post IVH
|
Massive Hydrocephalus Post IVH
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1046_END_INCLUDE_IMAGE_
|
|
Periventricular Hemorrhagic Infa
|
Periventricular Hemorrhagic Infarct
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1047_END_INCLUDE_IMAGE_
|
|
Post IVH hydrocephalus Coronal
|
Post IVH hydrocephalus Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1048_END_INCLUDE_IMAGE_
|
|
Subependymal hemorrhage
|
Subependymal hemorrhage
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1049_END_INCLUDE_IMAGE_
|
|
Cerebellar Necrosis Abruption
|
Cerebellar Necrosis Abruption
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1050_END_INCLUDE_IMAGE_
|
|
Hydranencephaly Ventral
|
Hydranencephaly Ventral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1051_END_INCLUDE_IMAGE_
|
|
Polygyria
|
Polygyria
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1052_END_INCLUDE_IMAGE_
|
|
polymicrogyria cresyl violet LP
|
polymicrogyria cresyl violet LP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1053_END_INCLUDE_IMAGE_
|
|
MCE whole mount
|
MCE whole mount
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1054_END_INCLUDE_IMAGE_
|
|
Multicystic Encephalopathy Brain
|
Multicystic Encephalopathy Brainstem
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1055_END_INCLUDE_IMAGE_
|
|
Multicystic Encephalopathy Coron
|
Multicystic Encephalopathy Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1056_END_INCLUDE_IMAGE_
|
|
Multicystic Encephalopathy Horiz
|
Multicystic Encephalopathy Horizontal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1057_END_INCLUDE_IMAGE_
|
|
Multicystic Encephalopathy In Si
|
Multicystic Encephalopathy In Situ
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1058_END_INCLUDE_IMAGE_
|
|
Status Marmoratuswith MCE
|
Status Marmoratuswith MCE
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1059_END_INCLUDE_IMAGE_
|
|
Acute Brainstem Necrosis HE
|
Acute Brainstem Necrosis HE
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1060_END_INCLUDE_IMAGE_
|
|
Hypotensive brainstem necrosis
|
Hypotensive brainstem necrosis
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1061_END_INCLUDE_IMAGE_
|
|
Hypotensive Brainstem Necrosis
|
Hypotensive Brainstem Necrosis
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1062_END_INCLUDE_IMAGE_
|
|
Intrauterine Infarct Coronal
|
Intrauterine Infarct Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1063_END_INCLUDE_IMAGE_
|
|
Mineralized neurons H&E
|
Mineralized neurons H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1064_END_INCLUDE_IMAGE_
|
|
Organizing Brainstem Necrosis
|
Organizing Brainstem Necrosis
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1065_END_INCLUDE_IMAGE_
|
|
Organizing PVL H&E
|
Organizing PVL H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1066_END_INCLUDE_IMAGE_
|
|
Ulegyria
|
Ulegyria
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1067_END_INCLUDE_IMAGE_
|
|
Unilateral Hemorrhagic Necrosis
|
Unilateral Hemorrhagic Necrosis
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1068_END_INCLUDE_IMAGE_
|
|
Hemorrhagic PVL coronal
|
Hemorrhagic PVL coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1069_END_INCLUDE_IMAGE_
|
|
Neonatal Brain microinjection
|
Neonatal Brain microinjection
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1070_END_INCLUDE_IMAGE_
|
|
Periventricular Leukomalacia Wit
|
Periventricular Leukomalacia With Cavitation
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1071_END_INCLUDE_IMAGE_
|
|
Periventricular Leukomalacia Wit
|
Periventricular Leukomalacia With Cavitation Frontal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1072_END_INCLUDE_IMAGE_
|
|
Periventricular Leukomalacia Wit
|
Periventricular Leukomalacia With Hemorrhage
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1073_END_INCLUDE_IMAGE_
|
|
Periventricular White Matter Inf
|
Periventricular White Matter Infarcts Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1074_END_INCLUDE_IMAGE_
|
|
PVL coronal
|
PVL coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1075_END_INCLUDE_IMAGE_
|
|
pvl mp
|
pvl mp
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1076_END_INCLUDE_IMAGE_
|
|
PVL H&E HP
|
PVL H&E HP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1077_END_INCLUDE_IMAGE_
|
|
PVL iron stain
|
PVL iron stain
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1078_END_INCLUDE_IMAGE_
|
|
Neonatal porencephaly coronal
|
Neonatal porencephaly coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1079_END_INCLUDE_IMAGE_
|
|
Neonatal porencephaly lateral
|
Neonatal porencephaly lateral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1080_END_INCLUDE_IMAGE_
|
|
Porencephalywith Secondary Tract
|
Porencephalywith Secondary Tract Degeneration 65 year-old
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1081_END_INCLUDE_IMAGE_
|
|
Porencephaly In Situ 65 year-old
|
Porencephaly In Situ 65 year-old
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1082_END_INCLUDE_IMAGE_
|
|
Porencephaly Right Hemisphere 2
|
Porencephaly Right Hemisphere 2 65 year-old
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1083_END_INCLUDE_IMAGE_
|
|
Porencephaly Right Hemisphere In
|
Porencephaly Right Hemisphere In Situ 65 year-old
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1084_END_INCLUDE_IMAGE_
|
|
Acute Lead Encephalopathy Dorsal
|
Acute Lead Encephalopathy Dorsal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1085_END_INCLUDE_IMAGE_
|
|
Alcoholic Cerebellar Degeneratio
|
Alcoholic Cerebellar Degeneration
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1086_END_INCLUDE_IMAGE_
|
|
Grinker Myelinopathy
|
Grinker Myelinopathy
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1087_END_INCLUDE_IMAGE_
|
|
Grinker Myelinopathy Close Up
|
Grinker Myelinopathy Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1088_END_INCLUDE_IMAGE_
|
|
Methanol Intoxication Coronal
|
Methanol Intoxication Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1089_END_INCLUDE_IMAGE_
|
|
Radiation
|
Radiation
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1090_END_INCLUDE_IMAGE_
|
|
Radiation Necrosis Coronal
|
Radiation Necrosis Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1091_END_INCLUDE_IMAGE_
|
|
Radiation Necrosis Coronal 2
|
Radiation Necrosis Coronal 2
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1092_END_INCLUDE_IMAGE_
|
|
Acute Wernicke Midbrain Transver
|
Acute Wernicke Midbrain Transverse
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1093_END_INCLUDE_IMAGE_
|
|
Chronic Wernicke Coronal
|
Chronic Wernicke Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1094_END_INCLUDE_IMAGE_
|
|
Wernicke encephalopathy Pontine
|
Wernicke encephalopathy Pontine Tegmentum H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1095_END_INCLUDE_IMAGE_
|
|
WKS MB x40
|
WKS MB x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1096_END_INCLUDE_IMAGE_
|
|
Anaplastic Astrocytoma Pencil Bu
|
Anaplastic Astrocytoma Pencil Bundles H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1097_END_INCLUDE_IMAGE_
|
|
Brainstem Gliomain Spinal Cord T
|
Brainstem Gliomain Spinal Cord Transverse
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1098_END_INCLUDE_IMAGE_
|
|
Brainstem Glioma Spinal Leptomen
|
Brainstem Glioma Spinal Leptomeningeal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1099_END_INCLUDE_IMAGE_
|
|
Brainstem Glioma Transverse
|
Brainstem Glioma Transverse
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1100_END_INCLUDE_IMAGE_
|
|
Brainstem Glioma Ventra Close Up
|
Brainstem Glioma Ventra Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1101_END_INCLUDE_IMAGE_
|
|
Brainstem Glioma Ventral 2
|
Brainstem Glioma Ventral 2
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1102_END_INCLUDE_IMAGE_
|
|
IIIrd ventricular glioma x100
|
IIIrd ventricular glioma x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1103_END_INCLUDE_IMAGE_
|
|
IIIrd ventricular glioma x200
|
IIIrd ventricular glioma x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1104_END_INCLUDE_IMAGE_
|
|
IIIrd ventricular glioma x400
|
IIIrd ventricular glioma x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1105_END_INCLUDE_IMAGE_
|
|
Infiltrating Glioma Thalmus NFih
|
Infiltrating Glioma Thalmus NFihc x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1106_END_INCLUDE_IMAGE_
|
|
Inflitrating Glioma Thalamus x20
|
Inflitrating Glioma Thalamus x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1107_END_INCLUDE_IMAGE_
|
|
Tectal Glioma H&E
|
Tectal Glioma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1108_END_INCLUDE_IMAGE_
|
|
Tectal Glioma Transverse
|
Tectal Glioma Transverse
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1109_END_INCLUDE_IMAGE_
|
|
Thalamic Glioma Sagittal
|
Thalamic Glioma Sagittal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1110_END_INCLUDE_IMAGE_
|
|
Gemistocytic Astrocytoma H&E
|
Gemistocytic Astrocytoma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1111_END_INCLUDE_IMAGE_
|
|
Cbllr GBM
|
Cbllr GBM
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1112_END_INCLUDE_IMAGE_
|
|
Cblr Sec Struct
|
Cblr Sec Struct
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1113_END_INCLUDE_IMAGE_
|
|
GBM Lm drop met Smear
|
GBM Lm drop met Smear
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1114_END_INCLUDE_IMAGE_
|
|
GBM spinal LM drop met
|
GBM spinal LM drop met
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1115_END_INCLUDE_IMAGE_
|
|
Glioblastoma Coronal 2
|
Glioblastoma Coronal 2
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1116_END_INCLUDE_IMAGE_
|
|
Gliosarcoma x200
|
Gliosarcoma x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1117_END_INCLUDE_IMAGE_
|
|
Gliosarcoma x400
|
Gliosarcoma x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1118_END_INCLUDE_IMAGE_
|
|
Granular Cell GBM Smear
|
Granular Cell GBM Smear
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1119_END_INCLUDE_IMAGE_
|
|
Microvascular Proliferation H&E
|
Microvascular Proliferation H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1120_END_INCLUDE_IMAGE_
|
|
Monstrocellular Glioblastoma
|
Monstrocellular Glioblastoma
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1121_END_INCLUDE_IMAGE_
|
|
Small Cell GBM
|
Small Cell GBM
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1122_END_INCLUDE_IMAGE_
|
|
Spinal Cord Glioblastoma
|
Spinal Cord Glioblastoma
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1123_END_INCLUDE_IMAGE_
|
|
Spinal LMgbm Drop Met GFAP
|
Spinal LMgbm Drop Met GFAP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1124_END_INCLUDE_IMAGE_
|
|
Lipoastrocytoma x100
|
Lipoastrocytoma x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1125_END_INCLUDE_IMAGE_
|
|
Lobar pilocytic astrocytoma x200
|
Lobar pilocytic astrocytoma x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1126_END_INCLUDE_IMAGE_
|
|
Lobar pilocytic astrocytoma x40
|
Lobar pilocytic astrocytoma x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1127_END_INCLUDE_IMAGE_
|
|
Optic Glioma Gross
|
Optic Glioma Gross
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1128_END_INCLUDE_IMAGE_
|
|
Optic Glioma H&E
|
Optic Glioma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1129_END_INCLUDE_IMAGE_
|
|
Pilocytic Astrocytoma x20
|
Pilocytic Astrocytoma x20
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1130_END_INCLUDE_IMAGE_
|
|
Pilocytic Astrocytoma x200
|
Pilocytic Astrocytoma x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1131_END_INCLUDE_IMAGE_
|
|
Pilocytic Astrocytoma x400
|
Pilocytic Astrocytoma x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1132_END_INCLUDE_IMAGE_
|
|
Pilocytic Astrocytoma H&E
|
Pilocytic Astrocytoma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1133_END_INCLUDE_IMAGE_
|
|
Pilomyxoid Astrocytoma Coronal
|
Pilomyxoid Astrocytoma Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1134_END_INCLUDE_IMAGE_
|
|
Pilomyxoid Astrocytoma H&E
|
Pilomyxoid Astrocytoma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1135_END_INCLUDE_IMAGE_
|
|
Pilomyxoid Astrocytoma Smear
|
Pilomyxoid Astrocytoma Smear
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1136_END_INCLUDE_IMAGE_
|
|
Pilomyxoid Astrocytoma Ventral
|
Pilomyxoid Astrocytoma Ventral
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1137_END_INCLUDE_IMAGE_
|
|
Pleomorphic Xanthoastrocytoma Su
|
Pleomorphic Xanthoastrocytoma Surgical Exposure
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1138_END_INCLUDE_IMAGE_
|
|
SEGA x100
|
SEGA x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1139_END_INCLUDE_IMAGE_
|
|
SEGA x200
|
SEGA x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1140_END_INCLUDE_IMAGE_
|
|
SEGA x40
|
SEGA x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1141_END_INCLUDE_IMAGE_
|
|
Subependymal giant cell astrocyt
|
Subependymal giant cell astrocytoma x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1142_END_INCLUDE_IMAGE_
|
|
Subependymal giant cell astrocyt
|
Subependymal giant cell astrocytoma x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1143_END_INCLUDE_IMAGE_
|
|
Subependymal Giant Cell Astrocyt
|
Subependymal Giant Cell Astrocytoma GFAP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1144_END_INCLUDE_IMAGE_
|
|
Subependymal Giant Cell Astrocyt
|
Subependymal Giant Cell Astrocytoma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1145_END_INCLUDE_IMAGE_
|
|
Subependymal Giant Cell Astrocyt
|
Subependymal Giant Cell Astrocytoma Neurofilament IHC
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1146_END_INCLUDE_IMAGE_
|
|
Subependymal Giant Cell Astrocyt
|
Subependymal Giant Cell Astrocytoma Smear
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1147_END_INCLUDE_IMAGE_
|
|
Collid Cyst Coronal
|
Collid Cyst Coronal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1148_END_INCLUDE_IMAGE_
|
|
Colloid Cyst Wall H&E
|
Colloid Cyst Wall H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1149_END_INCLUDE_IMAGE_
|
|
Craniopharyngioma Coronal Close
|
Craniopharyngioma Coronal Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1150_END_INCLUDE_IMAGE_
|
|
Craniopharyngioma Ventral Close
|
Craniopharyngioma Ventral Close Up
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1151_END_INCLUDE_IMAGE_
|
|
Craniopharyngioma Wet Keratin H&
|
Craniopharyngioma Wet Keratin H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1152_END_INCLUDE_IMAGE_
|
|
Rathke Cyst H&E
|
Rathke Cyst H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1153_END_INCLUDE_IMAGE_
|
|
Rathke LP
|
Rathke LP
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1154_END_INCLUDE_IMAGE_
|
|
dermoid
|
dermoid
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1155_END_INCLUDE_IMAGE_
|
|
epiderm
|
epiderm
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1156_END_INCLUDE_IMAGE_
|
|
anaplastic ependymoma x200
|
anaplastic ependymoma x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1157_END_INCLUDE_IMAGE_
|
|
Anaplastic Ependymoma H&E
|
Anaplastic Ependymoma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1158_END_INCLUDE_IMAGE_
|
|
Clear Cell Ependymoma H&E
|
Clear Cell Ependymoma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1159_END_INCLUDE_IMAGE_
|
|
Brainstem Ependymoma Transverse
|
Brainstem Ependymoma Transverse
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1160_END_INCLUDE_IMAGE_
|
|
Ependymal Pseudorosette
|
Ependymal Pseudorosette
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1161_END_INCLUDE_IMAGE_
|
|
Ependymoma H&E
|
Ependymoma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1162_END_INCLUDE_IMAGE_
|
|
Ependymoma Smear
|
Ependymoma Smear
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1163_END_INCLUDE_IMAGE_
|
|
Intramedullary Ependymoma Transv
|
Intramedullary Ependymoma Transverse H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1164_END_INCLUDE_IMAGE_
|
|
Lateral Ventricle Ependymoma Cor
|
Lateral Ventricle Ependymoma Coronal Anterior
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1165_END_INCLUDE_IMAGE_
|
|
Posterior Fossa Ependymoma Sagit
|
Posterior Fossa Ependymoma Sagittal
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1166_END_INCLUDE_IMAGE_
|
|
Posterior Fossa Ependymoma Trans
|
Posterior Fossa Ependymoma Transverse
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1167_END_INCLUDE_IMAGE_
|
|
Spinal ependymoma x20
|
Spinal ependymoma x20
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1168_END_INCLUDE_IMAGE_
|
|
Spinal ependymoma x40
|
Spinal ependymoma x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1169_END_INCLUDE_IMAGE_
|
|
True ependymal rosettes x20
|
True ependymal rosettes x20
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1170_END_INCLUDE_IMAGE_
|
|
True ependymal rosettes x400
|
True ependymal rosettes x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1171_END_INCLUDE_IMAGE_
|
|
MPE mucin x400
|
MPE mucin x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1172_END_INCLUDE_IMAGE_
|
|
MPE x40
|
MPE x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1173_END_INCLUDE_IMAGE_
|
|
Myxopapillary ependymoma x 400
|
Myxopapillary ependymoma x 400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1174_END_INCLUDE_IMAGE_
|
|
Myxopapillary ependymoma x100
|
Myxopapillary ependymoma x100
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1175_END_INCLUDE_IMAGE_
|
|
Myxopapillary ependymoma x200
|
Myxopapillary ependymoma x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1176_END_INCLUDE_IMAGE_
|
|
Myxopapillary ependymoma x200 B
|
Myxopapillary ependymoma x200 B
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1177_END_INCLUDE_IMAGE_
|
|
Myxopapillary ependymoma x40
|
Myxopapillary ependymoma x40
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1178_END_INCLUDE_IMAGE_
|
|
Myxopapillary Ependymoma H&E
|
Myxopapillary Ependymoma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1179_END_INCLUDE_IMAGE_
|
|
Myxopapillary Ependymoma Sagitta
|
Myxopapillary Ependymoma Sagittal Section
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1180_END_INCLUDE_IMAGE_
|
|
Myxopapillary Ependymoma Smear
|
Myxopapillary Ependymoma Smear
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1181_END_INCLUDE_IMAGE_
|
|
Myxopapillary Ependymoma Surface
|
Myxopapillary Ependymoma Surface
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1182_END_INCLUDE_IMAGE_
|
|
Pineal tanycytic x200
|
Pineal tanycytic x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1183_END_INCLUDE_IMAGE_
|
|
Tanycytic ependymoma pseudoroset
|
Tanycytic ependymoma pseudorosette x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1184_END_INCLUDE_IMAGE_
|
|
Tanycytic ependymoma x200
|
Tanycytic ependymoma x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1185_END_INCLUDE_IMAGE_
|
|
Tanycytic Ependymoma H&E
|
Tanycytic Ependymoma H&E
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1186_END_INCLUDE_IMAGE_
|
|
Angiocentric glioma synaptophysi
|
Angiocentric glioma synaptophysin IHC x20
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1187_END_INCLUDE_IMAGE_
|
|
Angiocentric glioma x200
|
Angiocentric glioma x200
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1188_END_INCLUDE_IMAGE_
|
|
Angiocentric glioma x400
|
Angiocentric glioma x400
|
13/09/2008 @ 9:10
|
gliageek
|
_INCLUDE_IMAGE_1189_END_INCLUDE_IMAGE_
|
|
Schwannoma EMA
|
Schwannoma EMA
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1290_END_INCLUDE_IMAGE_
|
|
Schwannoma GFAP lp
|
Schwannoma GFAP lp
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1291_END_INCLUDE_IMAGE_
|
|
Schwannoma Low Power
|
Schwannoma Low Power
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1292_END_INCLUDE_IMAGE_
|
|
Schwannoma LP
|
Schwannoma LP
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1293_END_INCLUDE_IMAGE_
|
|
Schwannomas 100 lp
|
Schwannomas 100 lp
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1294_END_INCLUDE_IMAGE_
|
|
Schwannoma Antoni A& B
|
Schwannoma Antoni A& B
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1295_END_INCLUDE_IMAGE_
|
|
SCHWAN HP
|
SCHWAN HP
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1296_END_INCLUDE_IMAGE_
|
|
verocay
|
verocay
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1297_END_INCLUDE_IMAGE_
|
|
Vestibular Schwannoma Ventral
|
Vestibular Schwannoma Ventral
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1298_END_INCLUDE_IMAGE_
|
|
Anaplastic Oligodendroglioma
|
Anaplastic Oligodendroglioma
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1299_END_INCLUDE_IMAGE_
|
|
oligodendroglioma H&E
|
oligodendroglioma H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1300_END_INCLUDE_IMAGE_
|
|
Oligodendroglioma minigemistocyt
|
Oligodendroglioma minigemistocytes H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1301_END_INCLUDE_IMAGE_
|
|
Oligodendroglioma Satellitosis
|
Oligodendroglioma Satellitosis
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1302_END_INCLUDE_IMAGE_
|
|
Oligodendroglioma Smear H&E
|
Oligodendroglioma Smear H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1303_END_INCLUDE_IMAGE_
|
|
Germinoma H&E
|
Germinoma H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1304_END_INCLUDE_IMAGE_
|
|
Pineal Apoplexy Germinoma Sagitt
|
Pineal Apoplexy Germinoma Sagittal
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1305_END_INCLUDE_IMAGE_
|
|
Suprasellar Germinoma Ventral
|
Suprasellar Germinoma Ventral
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1306_END_INCLUDE_IMAGE_
|
|
Suprasellar Germinoma Ventral Cl
|
Suprasellar Germinoma Ventral Close Up
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1307_END_INCLUDE_IMAGE_
|
|
Acidophil Stem Cell Adenoma H&E
|
Acidophil Stem Cell Adenoma H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1308_END_INCLUDE_IMAGE_
|
|
Pituitary 36
|
Pituitary Tumor
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1309_END_INCLUDE_IMAGE_
|
|
2001 Pit Adenoma
|
2001 Pit Adenoma
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1310_END_INCLUDE_IMAGE_
|
|
2007 Pit
|
2007 Pit
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1311_END_INCLUDE_IMAGE_
|
|
Pit Adenoma Carcinoma Smear
|
Pit Adenoma Carcinoma Smear
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1312_END_INCLUDE_IMAGE_
|
|
Atypical pituitary adenoma Ki-67
|
Atypical pituitary adenoma Ki-67 x200
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1313_END_INCLUDE_IMAGE_
|
|
Atypical pituitary adenoma x400
|
Atypical pituitary adenoma x400
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1314_END_INCLUDE_IMAGE_
|
|
Crooke Hyaline Change Pituitary
|
Crooke Hyaline Change Pituitary Adenoma
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1315_END_INCLUDE_IMAGE_
|
|
Lymphocytic Hypophysitis H&E
|
Lymphocytic Hypophysitis H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1316_END_INCLUDE_IMAGE_
|
|
Lymphocytic Hypophysitis Synapto
|
Lymphocytic Hypophysitis Synaptophysin IHC
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1317_END_INCLUDE_IMAGE_
|
|
RCC met Pituitary
|
RCC met Pituitary
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1318_END_INCLUDE_IMAGE_
|
|
Renal Cell Ca Pit Met
|
Renal Cell Ca Pit Met
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1319_END_INCLUDE_IMAGE_
|
|
Normal Pituitary H&E
|
Normal Pituitary H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1320_END_INCLUDE_IMAGE_
|
|
Normal Pituitary Reticulin
|
Normal Pituitary Reticulin
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1321_END_INCLUDE_IMAGE_
|
|
Pituiary Adenoma Coronal
|
Pituiary Adenoma Coronal
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1322_END_INCLUDE_IMAGE_
|
|
Pituitary Adenoma Ventral
|
Pituitary Adenoma Ventral
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1323_END_INCLUDE_IMAGE_
|
|
Spindle Cell Oncocytoma 1
|
Spindle Cell Oncocytoma 1
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1324_END_INCLUDE_IMAGE_
|
|
Spindle Cell Oncocytoma x400
|
Spindle Cell Oncocytoma x400
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1325_END_INCLUDE_IMAGE_
|
|
Spindle Cell Oncocytoma H&E
|
Spindle Cell Oncocytoma H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1326_END_INCLUDE_IMAGE_
|
|
ATRT 2
|
Atypical teratoid rhabdoid tumor 2
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1327_END_INCLUDE_IMAGE_
|
|
ATRT 1
|
Atypical teratoid rhabdoid tumor 1
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1328_END_INCLUDE_IMAGE_
|
|
Atypical teratoid tumor smear x4
|
Atypical teratoid tumor smear x400
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1329_END_INCLUDE_IMAGE_
|
|
Atypical teratoid tumor x400
|
Atypical teratoid tumor x400
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1330_END_INCLUDE_IMAGE_
|
|
Atypical Teratoid Rhabdoid Tumor
|
Atypical Teratoid Rhabdoid Tumor Sagittal
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1331_END_INCLUDE_IMAGE_
|
|
Atypical Teratoid Rhabdoid Tumor
|
Atypical Teratoid Rhabdoid Tumor Smear
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1332_END_INCLUDE_IMAGE_
|
|
Atypical Teratoid Rhabdoid Tumor
|
Atypical Teratoid Rhabdoid Tumor Ventral
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1333_END_INCLUDE_IMAGE_
|
|
Anaplastic Medulloblastoma H&E
|
Anaplastic Medulloblastoma H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1334_END_INCLUDE_IMAGE_
|
|
Classic Medulloblastoma H&E
|
Classic Medulloblastoma H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1335_END_INCLUDE_IMAGE_
|
|
Desmoplastic medulloblastoma Ret
|
Desmoplastic medulloblastoma Reticulin histochemistry x200
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1336_END_INCLUDE_IMAGE_
|
|
Desmoplastic medulloblastoma Syn
|
Desmoplastic medulloblastoma Synaptophysin IHC x100
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1337_END_INCLUDE_IMAGE_
|
|
Desmoplastic medulloblastoma x10
|
Desmoplastic medulloblastoma x100
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1338_END_INCLUDE_IMAGE_
|
|
Desmoplastic Medulloblastoma H&E
|
Desmoplastic Medulloblastoma H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1339_END_INCLUDE_IMAGE_
|
|
Homer Wright Rosettes
|
Homer Wright Rosettes
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1340_END_INCLUDE_IMAGE_
|
|
Leptomeningeal Medulloblastoma S
|
Leptomeningeal Medulloblastoma Spinal
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1341_END_INCLUDE_IMAGE_
|
|
Leptomeningeal Medulloblastoma V
|
Leptomeningeal Medulloblastoma Ventral
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1342_END_INCLUDE_IMAGE_
|
|
Medulloblastoma with extensive n
|
Medulloblastoma with extensive nodularity HP
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1343_END_INCLUDE_IMAGE_
|
|
Medulloblastoma with extensive n
|
Medulloblastoma with extensive nodularity LP
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1344_END_INCLUDE_IMAGE_
|
|
Medulloblastoma Sagittal
|
Medulloblastoma Sagittal
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1345_END_INCLUDE_IMAGE_
|
|
Medulloblastoma With Extensive N
|
Medulloblastoma With Extensive Nodularity H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1346_END_INCLUDE_IMAGE_
|
|
Reactive Astrocyte Medulloblasto
|
Reactive Astrocyte Medulloblastoma GFAP High Power
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1347_END_INCLUDE_IMAGE_
|
|
Reactive Astrocytes Medulloblast
|
Reactive Astrocytes Medulloblastoma GFAP
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1348_END_INCLUDE_IMAGE_
|
|
Neuroblastoma Abundant Neuropil
|
Neuroblastoma Abundant Neuropil True Rosettes H&E
|
13/09/2008 @ 9:11
|
gliageek
|
_INCLUDE_IMAGE_1349_END_INCLUDE_IMAGE_
|
|
MRI Wernicke with Arrows
|
This is an MRI of a brain, with changes characteristic of Wernicke encephalopathy. There are 2 unnecessarily large red arrows indicating the changes.
|
13/09/2008 @ 10:12
|
jdmiles
|
_INCLUDE_IMAGE_1351_END_INCLUDE_IMAGE_
|
|
Chordoid Meningioma H&E
|
Chordoid Meningioma H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1245_END_INCLUDE_IMAGE_
|
|
Clear Cell Menigioma H&E
|
Clear Cell Menigioma H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1246_END_INCLUDE_IMAGE_
|
|
Meningioma Containing Adenocarci
|
Meningioma Containing Adenocarcinoma Frozen Section
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1247_END_INCLUDE_IMAGE_
|
|
Microcystic Meningioma H&E
|
Microcystic Meningioma H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1248_END_INCLUDE_IMAGE_
|
|
Papillary Meningioma H&E
|
Papillary Meningioma H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1249_END_INCLUDE_IMAGE_
|
|
Pap Mening
|
Pap Mening
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1250_END_INCLUDE_IMAGE_
|
|
Rhabdoid meningioma Smear x400
|
Rhabdoid meningioma Smear x400
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1251_END_INCLUDE_IMAGE_
|
|
Rhabdoid meningioma x200
|
Rhabdoid meningioma x200
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1252_END_INCLUDE_IMAGE_
|
|
Rhabdoid meningioma x400
|
Rhabdoid meningioma x400
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1253_END_INCLUDE_IMAGE_
|
|
Rhabdoid Meningioma H&E
|
Rhabdoid Meningioma H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1254_END_INCLUDE_IMAGE_
|
|
Secretory meningioma x200
|
Secretory meningioma x200
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1255_END_INCLUDE_IMAGE_
|
|
Secretory meningioma x400
|
Secretory meningioma x400
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1256_END_INCLUDE_IMAGE_
|
|
Carcinomatous Meningitis Coronal
|
Carcinomatous Meningitis Coronal
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1257_END_INCLUDE_IMAGE_
|
|
Epidural Metastatic Carcinoma Co
|
Epidural Metastatic Carcinoma Compressing Spinal Cord
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1258_END_INCLUDE_IMAGE_
|
|
Intramedullary Small Cell Carcin
|
Intramedullary Small Cell Carcinoma transverse
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1259_END_INCLUDE_IMAGE_
|
|
Leptomeningeal PNET in NF1 ventr
|
Leptomeningeal PNET in NF1 ventral
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1260_END_INCLUDE_IMAGE_
|
|
Metastatic Carcinoma x100
|
Metastatic Carcinoma x100
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1261_END_INCLUDE_IMAGE_
|
|
Metastatic Carcinoma x200
|
Metastatic Carcinoma x200
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1262_END_INCLUDE_IMAGE_
|
|
Metastatic Carcinoma IVth Ventri
|
Metastatic Carcinoma IVth Ventricle
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1263_END_INCLUDE_IMAGE_
|
|
Metastatic Carcinoma Cauda Equin
|
Metastatic Carcinoma Cauda Equina
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1264_END_INCLUDE_IMAGE_
|
|
Metastatic Malignant Neuroectode
|
Metastatic Malignant Neuroectodermal Tumor NF1 Coronal
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1265_END_INCLUDE_IMAGE_
|
|
Metastatic Melanoma Coronal
|
Metastatic Melanoma Coronal
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1266_END_INCLUDE_IMAGE_
|
|
Metastatic Melanoma Ventral
|
Metastatic Melanoma Ventral
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1267_END_INCLUDE_IMAGE_
|
|
Miliary Metastases Cerebellum H&
|
Miliary Metastases Cerebellum H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1268_END_INCLUDE_IMAGE_
|
|
Miliary Metastases Close Up
|
Miliary Metastases Close Up
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1269_END_INCLUDE_IMAGE_
|
|
Suprasellar Melanoma Metastasis
|
Suprasellar Melanoma Metastasis Close Up
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1270_END_INCLUDE_IMAGE_
|
|
Hypothalamic Hamartoma Surgical
|
Hypothalamic Hamartoma Surgical
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1271_END_INCLUDE_IMAGE_
|
|
Sacrococcygeal Teratoma Cauda Eq
|
Sacrococcygeal Teratoma Cauda Equina
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1272_END_INCLUDE_IMAGE_
|
|
Subependymoma 3rd Vent x100
|
Subependymoma 3rd Vent x100
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1273_END_INCLUDE_IMAGE_
|
|
Arach Melanocytosis
|
Arach Melanocytosis
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1274_END_INCLUDE_IMAGE_
|
|
Melanocytosis invasion
|
Melanocytosis invasion
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1275_END_INCLUDE_IMAGE_
|
|
menigioangiomatosis 40x H&E
|
menigioangiomatosis 40x H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1276_END_INCLUDE_IMAGE_
|
|
Primary Melanoma H&E
|
Primary Melanoma H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1277_END_INCLUDE_IMAGE_
|
|
Primary Meningeal Melanoma H&E
|
Primary Meningeal Melanoma H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1278_END_INCLUDE_IMAGE_
|
|
Primary Meningeal Melanoma H&E x
|
Primary Meningeal Melanoma H&E x400
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1279_END_INCLUDE_IMAGE_
|
|
Sclerotic Meningioangiomatosis H
|
Sclerotic Meningioangiomatosis H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1280_END_INCLUDE_IMAGE_
|
|
Tumoral Calcinosis H&E
|
Tumoral Calcinosis H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1281_END_INCLUDE_IMAGE_
|
|
Intestinal Ganglioneuromatosis H
|
Intestinal Ganglioneuromatosis H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1282_END_INCLUDE_IMAGE_
|
|
Neurofibroma
|
Neurofibroma
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1283_END_INCLUDE_IMAGE_
|
|
Plexiform Neurofibroma Surgical
|
Plexiform Neurofibroma Surgical
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1284_END_INCLUDE_IMAGE_
|
|
Plexiform Neurofibroma Gross
|
Plexiform Neurofibroma Gross
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1285_END_INCLUDE_IMAGE_
|
|
Psammomatous Melanotic Schwannom
|
Psammomatous Melanotic Schwannoma H&E
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1286_END_INCLUDE_IMAGE_
|
|
GFAP hp
|
GFAP hp
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1287_END_INCLUDE_IMAGE_
|
|
GFAP island H&E hp
|
GFAP island H&E hp
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1288_END_INCLUDE_IMAGE_
|
|
schwannoma
|
schwannoma
|
13/09/2008 @ 9:12
|
gliageek
|
_INCLUDE_IMAGE_1289_END_INCLUDE_IMAGE_
|
|
HIV encephalopathy Multinucleate
|
This is an H&E-stained slice of brain from a person with HIV encephalopathy. The cell outlined in red is a multinucleated giant cell, which are seen in HIV encephalopathy.
|
13/09/2008 @ 11:24
|
jdmiles
|
_INCLUDE_IMAGE_1352_END_INCLUDE_IMAGE_
|
|
Trichrome IBM hp Inclusions
|
This is a trichrome of skeletal muscle biopsy, from a patient with Inclusion Body Myositis (IBM). There are many inclusions in a single muscle fiber. The unnecessarily large red arrows point to only 2 of them.
|
13/09/2008 @ 13:23
|
jdmiles
|
_INCLUDE_IMAGE_1353_END_INCLUDE_IMAGE_
|
|
Inclusion body myositis x400 wit
|
This is a muscle biopsy, stained with H&E. The patient has inclusion body myositis (IBM). H&E staining is not very sensitive for IBM. Nonetheless, sometimes, as in this image, rimmed vacuoles (the inclusion bodies) can be seen on H&E. A rimmed vacuole is indicated in this image by an unnecessarily large blue arrow.
|
13/09/2008 @ 13:32
|
jdmiles
|
_INCLUDE_IMAGE_1354_END_INCLUDE_IMAGE_
|
|
IBM trichrome with highlighted r
|
This is a Gomori trichrome stain of skeletal muscle. The patient has inclusion body myositis (IBM). Note that most of the muscle fibers look pretty normal. However, there are a couple of fibers (encircled by the thick red line) which contain numerous rimmed vacuoles. These rimmed vacuoles are the inclusion bodies. Because not every fiber has inclusions, it is possible that a biopsy might not contain any affected fibers.
|
13/09/2008 @ 13:49
|
jdmiles
|
_INCLUDE_IMAGE_1355_END_INCLUDE_IMAGE_
|
|
Toe
|
|
14/09/2008 @ 12:07
|
jdmiles
|
_INCLUDE_IMAGE_1356_END_INCLUDE_IMAGE_
|
|
Tub Agg Trichrome x400 with arro
|
|
14/09/2008 @ 12:11
|
jdmiles
|
_INCLUDE_IMAGE_1357_END_INCLUDE_IMAGE_
|
|
Inclusion body myositis trichrom
|
|
14/09/2008 @ 13:12
|
jdmiles
|
_INCLUDE_IMAGE_1358_END_INCLUDE_IMAGE_
|
|
Inclusion Body Myositis H&E 200
|
|
14/09/2008 @ 13:16
|
jdmiles
|
_INCLUDE_IMAGE_1359_END_INCLUDE_IMAGE_
|
|
Temporal Artery Surgical Exposur
|
This is an in vivo photograph of the temporal artery, exposed during surgery. The unnecessarily large red arrow points to the artery.
|
14/09/2008 @ 13:25
|
jdmiles
|
_INCLUDE_IMAGE_1360_END_INCLUDE_IMAGE_
|
|
CCD COX with arrow
|
This is a muscle biopsy, stained for cytochrome oxidase. The unnecessarily large red arrow shows an area of pallor in the center of a muscle fiber. This is the characteristic pathology seen in central core disease (CCD)
|
14/09/2008 @ 17:04
|
jdmiles
|
_INCLUDE_IMAGE_1361_END_INCLUDE_IMAGE_
|
|
Alcoholic Cerebellar Degeneratio
|
This is an example of how the cerebellum atrophies in patients with a history of chronic alcohol use. The dark areas in between the folia represent space which is not present in young, healthy cerebellum. The unnecessarily large red arrow points to one of these spaces. In one of the images below, you can see an example of what normal, healthy cerebellum looks like.
|
15/09/2008 @ 3:39
|
jdmiles
|
_INCLUDE_IMAGE_1362_END_INCLUDE_IMAGE_
|
|
Tuberous Sclerosis SEGA and Nodu
|
This is a gross image of a brain from a person who has tuberous sclerosis (TS). The unnecessarily large green arrow is pointing to a Subependymal Giant Cell Astrocytoma (SEGA), a common tumor in TS.
|
17/09/2008 @ 21:04
|
jdmiles
|
_INCLUDE_IMAGE_1363_END_INCLUDE_IMAGE_
|
|
Circle of Willis Dissected - MCA
|
This is a gross specimen, showing a complete circle of Willis dissected. The unnecessarily large green arrow points to the middle cerebral artery.
|
25/09/2008 @ 17:01
|
jdmiles
|
_INCLUDE_IMAGE_1364_END_INCLUDE_IMAGE_
|
|
Circle of Willis Dissected - A1
|
This is a gross specimen, showing a complete circle of Willis dissected. The unnecessarily large green arrow points to the A1 segment of the anterior cerebral artery.
|
25/09/2008 @ 17:19
|
jdmiles
|
_INCLUDE_IMAGE_1365_END_INCLUDE_IMAGE_
|
|
Circle of Willis Dissected - A2
|
This is a gross specimen, showing a complete circle of Willis dissected. The unnecessarily large green arrow points to the A2 segment of the anterior cerebral artery.
|
25/09/2008 @ 17:21
|
jdmiles
|
_INCLUDE_IMAGE_1366_END_INCLUDE_IMAGE_
|
|
Circle of Willis Dissected - ACO
|
This is a gross specimen, showing a complete circle of Willis dissected. The unnecessarily large green arrow points to the anterior communicating artery.
|
25/09/2008 @ 17:22
|
jdmiles
|
_INCLUDE_IMAGE_1367_END_INCLUDE_IMAGE_
|
|
Circle of Willis Dissected - ICA
|
This is a gross specimen, showing a complete circle of Willis dissected. The unnecessarily large green arrow points to the internal carotid artery.
|
25/09/2008 @ 17:23
|
jdmiles
|
_INCLUDE_IMAGE_1368_END_INCLUDE_IMAGE_
|
|
Circle of Willis Dissected - PCO
|
This is a gross specimen, showing a complete circle of Willis dissected. The unnecessarily large green arrow points to the posterior communicating artery.
|
25/09/2008 @ 17:26
|
jdmiles
|
_INCLUDE_IMAGE_1369_END_INCLUDE_IMAGE_
|
|
Circle of Willis Dissected - PCA
|
This is a gross specimen, showing a complete circle of Willis dissected. The unnecessarily large green arrow points to the posterior cerebral artery.
|
25/09/2008 @ 17:27
|
jdmiles
|
_INCLUDE_IMAGE_1370_END_INCLUDE_IMAGE_
|
|
Circle of Willis Dissected - SCA
|
This is a gross specimen, showing a complete circle of Willis dissected. The unnecessarily large green arrow points to the superior cerebellar artery.
|
25/09/2008 @ 17:28
|
jdmiles
|
_INCLUDE_IMAGE_1371_END_INCLUDE_IMAGE_
|
|
Circle of Willis Dissected - bas
|
This is a gross specimen, showing a complete circle of Willis dissected. The unnecessarily large green arrow points to the top of the basilar artery.
|
25/09/2008 @ 17:29
|
jdmiles
|
_INCLUDE_IMAGE_1372_END_INCLUDE_IMAGE_
|
|
Circle of Willis Dissected - Ant
|
This is a gross specimen, showing a complete circle of Willis dissected. The unnecessarily large green arrow points to the anterior choroidal artery.
|
25/09/2008 @ 18:49
|
jdmiles
|
_INCLUDE_IMAGE_1373_END_INCLUDE_IMAGE_
|
|
Anterior Commissure Coronal with
|
This is a gross brain specimen, cut in a coronal section. The unnecessarily large green arrow points to the anterior commissure.
|
25/09/2008 @ 20:56
|
jdmiles
|
_INCLUDE_IMAGE_1374_END_INCLUDE_IMAGE_
|
|
hyaline inclusions trichrome x20
|
The unecessarily large green arrow in this image points to a hyaline inclusion.
|
26/09/2008 @ 8:53
|
jdmiles
|
_INCLUDE_IMAGE_1375_END_INCLUDE_IMAGE_
|
|
Angiocentric glioma x400 with ar
|
perivascular acccumulation of tumor cells within neocortex
|
26/09/2008 @ 13:53
|
gliageek
|
_INCLUDE_IMAGE_1376_END_INCLUDE_IMAGE_
|
|
Nemaline Trichrome x400 with cir
|
The thin red ovals encircle examples of the nemaline rods, which show up as dark bluish-purple dots on this Gomori trichrome stain.
|
26/09/2008 @ 19:58
|
jdmiles
|
_INCLUDE_IMAGE_1377_END_INCLUDE_IMAGE_
|
|
Circle of Willis - Basilar with
|
This is a gross specimen, showing a complete circle of Willis dissected. The unnecessarily large green arrow points to the rostral bifurcation of the basilar artery.
|
26/09/2008 @ 20:54
|
jdmiles
|
_INCLUDE_IMAGE_1378_END_INCLUDE_IMAGE_
|
|
Anterior Femoral Cutaneous Nerve
|
This cartoon shows the approximate distribution of the anterior femoral cutaneous nerve.
|
26/09/2008 @ 22:10
|
jdmiles
|
_INCLUDE_IMAGE_1379_END_INCLUDE_IMAGE_
|
|
Deep Peroneal Nerve
|
This cartoon shows the approximate cutaneous distribution of the deep peroneal nerve.
|
26/09/2008 @ 22:11
|
jdmiles
|
_INCLUDE_IMAGE_1380_END_INCLUDE_IMAGE_
|
|
Ilioinguinal Nerve
|
This cartoon shows the approximate cutaneous distribution of the ilioinguinal nerve.
|
26/09/2008 @ 22:11
|
jdmiles
|
_INCLUDE_IMAGE_1381_END_INCLUDE_IMAGE_
|
|
Lateral Femoral Cutaneous Nerve
|
This cartoon shows the approximate cutaneous distribution of the lateral femoral cutaneous nerve.
|
26/09/2008 @ 22:12
|
jdmiles
|
_INCLUDE_IMAGE_1382_END_INCLUDE_IMAGE_
|
|
Sural Nerve
|
This cartoon shows the approximate cutaneous distribution of the sural nerve.
|
26/09/2008 @ 22:21
|
jdmiles
|
_INCLUDE_IMAGE_1383_END_INCLUDE_IMAGE_
|
|
Ragged Red Fiber Trichrome
|
This is a preparation of skeletal muscle, stained with Gomori trichrome. A ragged red fiber can bee seen.
|
27/09/2008 @ 6:26
|
jdmiles
|
_INCLUDE_IMAGE_1384_END_INCLUDE_IMAGE_
|
|
Ragged Red Fiber Trichrome with
|
The unnecessarily large green arrow points to a ragged red fiber.
|
27/09/2008 @ 6:27
|
jdmiles
|
_INCLUDE_IMAGE_1385_END_INCLUDE_IMAGE_
|
|
Basal Ganglia Coronal Close - In
|
The unncessarily large green arrow points to the internal capsule.
|
27/09/2008 @ 11:11
|
jdmiles
|
_INCLUDE_IMAGE_1386_END_INCLUDE_IMAGE_
|
|
Basal Ganglia Coronal Close - Se
|
The unncessarily large green arrow points to the septum pellucidum.
|
27/09/2008 @ 11:12
|
jdmiles
|
_INCLUDE_IMAGE_1387_END_INCLUDE_IMAGE_
|
|
Basal Ganglia Coronal Close- Cau
|
The unncessarily large green arrow points to the caudate.
|
27/09/2008 @ 11:13
|
jdmiles
|
_INCLUDE_IMAGE_1388_END_INCLUDE_IMAGE_
|
|
Basal Ganglia Coronal Close - Pu
|
The unncessarily large green arrow points to the putamen.
|
27/09/2008 @ 11:15
|
jdmiles
|
_INCLUDE_IMAGE_1389_END_INCLUDE_IMAGE_
|
|
Basal Ganglia Coronal Close - Cl
|
The unncessarily large green arrow points to the claustrum.
|
27/09/2008 @ 11:18
|
jdmiles
|
_INCLUDE_IMAGE_1390_END_INCLUDE_IMAGE_
|
|
Basal Ganglia Coronal Close - Nu
|
The unncessarily large green arrow points to the nucleus accumbens.
|
27/09/2008 @ 11:19
|
jdmiles
|
_INCLUDE_IMAGE_1391_END_INCLUDE_IMAGE_
|
|
Basal Ganglia Coronal Close - CC
|
The unncessarily large green arrow points to the corpus callosum.
|
27/09/2008 @ 11:20
|
jdmiles
|
_INCLUDE_IMAGE_1392_END_INCLUDE_IMAGE_
|
|
Basal Ganglia Coronal Close - Fo
|
The unncessarily large green arrow points to the fornix.
|
27/09/2008 @ 11:21
|
jdmiles
|
_INCLUDE_IMAGE_1393_END_INCLUDE_IMAGE_
|
|
Basal Ganglia Coronal Close - La
|
The unncessarily large green arrow points to the lateral ventricle.
|
27/09/2008 @ 11:22
|
jdmiles
|
_INCLUDE_IMAGE_1394_END_INCLUDE_IMAGE_
|
|
Basal Ganglia Coronal Close - In
|
The unnecessarily large green arrow in this image points to the insula.
|
27/09/2008 @ 11:41
|
jdmiles
|
_INCLUDE_IMAGE_1395_END_INCLUDE_IMAGE_
|
|
Anterior Commissure Coronal - La
|
The unnecessarily large green arrow points to the lateral ventricle.
|
29/09/2008 @ 16:30
|
jdmiles
|
_INCLUDE_IMAGE_1396_END_INCLUDE_IMAGE_
|
|
Anterior Commissure Coronal - Ca
|
The unnecessarily large green arrow points to the head of the caudate.
|
29/09/2008 @ 16:31
|
jdmiles
|
_INCLUDE_IMAGE_1397_END_INCLUDE_IMAGE_
|
|
Posterior Commissure Coronal wit
|
This is a specimen of gross brain, cut in a coronal section. The unnecessarily large green arrow points to the posterior commissure.
|
30/09/2008 @ 13:33
|
jdmiles
|
_INCLUDE_IMAGE_1398_END_INCLUDE_IMAGE_
|
|
Freidreich Ataxia Spinal Cord -
|
This image shows a slice of spinal cord from a patient with Freidreich Ataxia. The tissue has been stained with a myelin stain. All myelin should appear dark. Note the loss of myelin in the posterior columns, spinocerebellar tracts, and corticospinal tracts.
|
03/10/2008 @ 13:40
|
jdmiles
|
_INCLUDE_IMAGE_1399_END_INCLUDE_IMAGE_
|
|
True ependymal rosettes x400 wit
|
This is an H&E preparation of an ependymoma. Note the 2 rosettes in this image. These are true rosettes: formations of cells creating a central lumen. These are more specific for ependymomas than are pseudorosettes, but rosettes do not occur as frequently as pseudorosettes.
The unnecessarily large green arrow points to the central lumen of a rosette.
|
05/10/2008 @ 20:28
|
jdmiles
|
_INCLUDE_IMAGE_1400_END_INCLUDE_IMAGE_
|
|
Ependymal Pseudorosette with arr
|
This is an example of a pseudorosette. A pseudorosette does not form its own lumen. Instead, it is a radial arrangement of processes around a vessel. Note that the nuclei of the cells are all remote from the vessel. In this image, the vessel is cut lengthwise. You can see a light pink area around the vessel, which are the processes of the cells forming the pseudorosette. The unnecessarily green arrow in this image points to the red blood cells inside the lumen of the vessel that forms the center of this pseudorosette.
|
05/10/2008 @ 20:42
|
jdmiles
|
_INCLUDE_IMAGE_1401_END_INCLUDE_IMAGE_
|
|
This is a test with arrow
|
This is a bear. Avoid.
|
07/10/2008 @ 16:55
|
jdmiles
|
_INCLUDE_IMAGE_1402_END_INCLUDE_IMAGE_
|
|
This is a test with arrow with a
|
whatever you want to.
|
08/10/2008 @ 18:40
|
jdmiles
|
_INCLUDE_IMAGE_1403_END_INCLUDE_IMAGE_
|
|
Gemistocytic Astrocytoma H&E wit
|
This is an H&E stain of a gemisticytic astrocytoma.
The unnecessarily large green arrow points to a gemistocytic astrocyte.
Note the bigness of the cell, and the large volume of pink cytoplasm compared to the nucleus.
|
12/10/2008 @ 15:46
|
jdmiles
|
_INCLUDE_IMAGE_1404_END_INCLUDE_IMAGE_
|
|
Optic Tract Glioma with arrow
|
This is an MRI of a patient with an optic glioma. The unnecessarily large green arrow points to the tumor.
|
12/10/2008 @ 16:56
|
jdmiles
|
_INCLUDE_IMAGE_1405_END_INCLUDE_IMAGE_
|
|
H&E - Example of pathological fi
|
The unnecessarily large green arrow points to inflammatory cells in between the muscle fibers.
|
12/10/2008 @ 17:50
|
jdmiles
|
_INCLUDE_IMAGE_1406_END_INCLUDE_IMAGE_
|
|
Meningioma - Contrast CT
|
This is a contrast-enhanced CT of the head, showing a large meningioma in the left hemisphere.
|
15/10/2008 @ 17:23
|
jdmiles
|
_INCLUDE_IMAGE_1407_END_INCLUDE_IMAGE_
|
|
Acetylcholine
|
Stick-figure illustration of the chemical composition of acetylcholine. Courtesy of wikimedia.
|
18/10/2008 @ 13:10
|
jdmiles
|
_INCLUDE_IMAGE_1408_END_INCLUDE_IMAGE_
|
|
Acetylcholine
|
Stick figure of the chemical composition of acetylcholine. Courtesy of wikimedia.
|
18/10/2008 @ 13:14
|
jdmiles
|
_INCLUDE_IMAGE_1409_END_INCLUDE_IMAGE_
|
|
NADH - normal muscle
|
This is a slice of normal muscle, stained with a stain specific for NADH. Note the mosaic pattern of light and dark fibers, and the polygonal look of the fibers.
|
22/10/2008 @ 3:03
|
jdmiles
|
_INCLUDE_IMAGE_1410_END_INCLUDE_IMAGE_
|
|
Lewy Body x600 with arrow
|
This is an H&E stain of a slice of substantia nigra. The unnecessarily large green arrow points to a Lewy body in a neuron. Here, the Lewy body looks like a big pink sphere. It is an intraneuronal inclusion, comprised primarily of synuclein.
|
15/11/2008 @ 12:50
|
jdmiles
|
_INCLUDE_IMAGE_1411_END_INCLUDE_IMAGE_
|
|
TLDL creutzfeldt cell with arrow
|
The unnecessarily large green arrow points to a Creutzfeldt cell.
Creutzfeldt cells are a form of reactive astrocytes that are seen in active inflammatory diseases, such as demyelinating diseases. They have plentiful cytoplasm, and granular mitoses.
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19/11/2008 @ 15:31
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jdmiles
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_INCLUDE_IMAGE_1412_END_INCLUDE_IMAGE_
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Creutz Cell with arrow
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The unnecessarily large green arrow points to a Creutzfeldt cell. Creutzfeldt cells are a form of reactive astrocytes that are seen in active inflammatory diseases, such as demyelinating diseases. They have plentiful cytoplasm, and granular mitoses.
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19/11/2008 @ 15:33
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jdmiles
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_INCLUDE_IMAGE_1413_END_INCLUDE_IMAGE_
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Another test image with arrow
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Some images will show additional information when you place your mouse over the image.
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28/12/2008 @ 16:30
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jdmiles
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_INCLUDE_IMAGE_1414_END_INCLUDE_IMAGE_
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Sample Image with arrow
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Some images will show you additional information when you place the cursor over the image.
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28/12/2008 @ 16:32
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jdmiles
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_INCLUDE_IMAGE_1415_END_INCLUDE_IMAGE_
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CCD NADH with arrow
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This is an NADH-stained preparation of skeletal muscle from a patient with central core disease. The pale areas in the muscle fibers, such as the one indicated by the unnecessarily large green arrow, are the cores.
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05/01/2009 @ 21:16
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jdmiles
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_INCLUDE_IMAGE_1416_END_INCLUDE_IMAGE_
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CCD COX with arrow
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This is an NADH-stained prepareation of skeletal muscle from a patient with central core disease. The pale areas within the muscle fibers, such as the one indicated by the unnecessarily large green arrow, are the cores.
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05/01/2009 @ 21:18
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jdmiles
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_INCLUDE_IMAGE_1417_END_INCLUDE_IMAGE_
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CCD - ATPase with label
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This is an ATPase stain of skeletal muscle from a patient with central core disease. With this stain, type 2 fibers appear dark red, and type 1 fibers are a lighter pink. Note the predominance of type 1 fibers, which is characteristic of central core disease.
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05/01/2009 @ 22:23
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jdmiles
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_INCLUDE_IMAGE_1418_END_INCLUDE_IMAGE_
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NADH stained skeletal muscle fro
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NADH stained skeletal muscle from a patient with CCD.
Source: Jungbluth H. Central core disease. Orphanet Journal of Rare Diseases. 2, 25. 2007. doi:10.1186/1750-1172-2-25. (PMID:17504518). This image is licensed under Creative Commons Attribution 2.0 License.
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05/01/2009 @ 22:56
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jdmiles
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_INCLUDE_IMAGE_1419_END_INCLUDE_IMAGE_
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Centronuclear Myopathy
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Muscle biopsy from the quadriceps taken at 3 months of age from a girl with X-linked centronuclear ("myotubular") myopathy due to a mutation in the myotubularin (MTM1) gene and extremely skewed X-inactivation, H&E stain, transverse section. Note marked variability in fibre size, moderate increase in connective tissue and numerous central nuclei. Source: Heinz Jungbluth, Carina Wallgren-Pettersson and Jocelyn Laporte, published in Orphanet Journal of Rare Diseases 2008; 3:26. doi:10.1186/1750-1172-3-26. This is an Open Access article distributed under the terms of the Creative Commons Attribution License (http://creativecommons.org/licenses/by/2.0), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
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05/01/2009 @ 23:12
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jdmiles
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_INCLUDE_IMAGE_1420_END_INCLUDE_IMAGE_
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Centronuclear Myopathy with arro
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An H&E stain of a section of skeletal muscle from a patient with CNM. Note the abundant small muscle fibers with centrally located nuclei, like the one indicated by the unnecessarily large green arrow.
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06/01/2009 @ 0:11
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jdmiles
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_INCLUDE_IMAGE_1421_END_INCLUDE_IMAGE_
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Optical Micsroscope
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This is a photograph of an optical microscope, with various parts of it labeled with numbers to aid instruction. Courtesy of Wikimedia. This image was released into the public domain by the photographer.
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19/01/2009 @ 2:06
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jdmiles
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_INCLUDE_IMAGE_1422_END_INCLUDE_IMAGE_
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Optical Miscroscope Smaller
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A smaller photograph of an optical microscope, with various parts of it labeled with numbers to aid instruction. Courtesy of Wikimedia. This image was released into the public domain by the photographer.
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19/01/2009 @ 2:36
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jdmiles
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_INCLUDE_IMAGE_1423_END_INCLUDE_IMAGE_
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Specimen at 40X with arrow
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The area we'll be zooming into at 100X
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19/01/2009 @ 3:44
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jdmiles
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_INCLUDE_IMAGE_1424_END_INCLUDE_IMAGE_
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Specimen at 100X with arrow
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The area we'll be zooming into at 200X
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19/01/2009 @ 3:46
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jdmiles
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_INCLUDE_IMAGE_1425_END_INCLUDE_IMAGE_
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Gray1.png
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Diagram of a cell. (Modified from Wilson.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1426_END_INCLUDE_IMAGE_
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Gray2.png
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Diagram showing the changes which occur in the centrosomes and nucleus of a cell in the process of mitotic division. (Schäfer.) I to III, prophase; IV, metaphase; V and VI, anaphase; VII and VIII, telophase.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1427_END_INCLUDE_IMAGE_
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Gray3.png
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Human ovum examined fresh in the liquor folliculi. (Waldeyer.) The zona pellucida is seen as a thick clear girdle surrounded by the cells of the corona radiata. The egg itself shows a central granular deutoplasmic area and a peripheral clear layer, and encloses the germinal vesicle, in which is seen the germinal spot.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1428_END_INCLUDE_IMAGE_
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Gray4.png
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Formation of polar bodies in Asterias glacialis. (Slightly modified from Hertwig.) In I the polar spindle (sp) has advanced to the surface of the egg. In II a small elevation (pb1) is formed which receives half of the spindle. In III the elevation is constricted off, forming the first polar body (pb1), and a second spindle is formed. In IV is seen a second elevation which in V has been constricted off as the second polar body (pb2). Out of the remainder of the spindle (f.pn in VI) the female pronucleus is developed.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1429_END_INCLUDE_IMAGE_
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Gray5.png
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Diagram showing the reduction in number of the chromosomes in the process of maturation of the ovum.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1430_END_INCLUDE_IMAGE_
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Gray6.png
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Human spermatozoön. Diagrammatic. A. Surface view. B. Profile view. In C the head, neck, and connecting piece are more highly magnified.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1431_END_INCLUDE_IMAGE_
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Gray7.png
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Scheme showing analogies in the process of maturation of the ovum and the development of the spermatids (young spermatozoa).
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1432_END_INCLUDE_IMAGE_
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Gray8.png
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The process of fertilization in the ovum of a mouse. (After Sobotta.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1433_END_INCLUDE_IMAGE_
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Gray9.png
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First stages of segmentation of a mammalian ovum. Semidiagrammatic. (From a drawing by Allen Thomson.) z.p. Zona striata. p.gl. Polar bodies. a. Two-cell stage. b. Four-cell stage. c. Eight-cell stage. d, e. Morula stage.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1434_END_INCLUDE_IMAGE_
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Gray10.png
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Blastodermic vesicle of Vespertilio murinus. (After van Beneden.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1435_END_INCLUDE_IMAGE_
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Gray11.png
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Section through embryonic disk of Vespertilio murinus. (After van Beneden.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1436_END_INCLUDE_IMAGE_
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Gray12.png
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Section through embryonic area of Vespertilio murinus to show the formation of the amniotic cavity. (After van Beneden.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1437_END_INCLUDE_IMAGE_
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Gray13.png
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Surface view of embryo of a rabbit. (After Kölliker.) arg. Embryonic disk. pr. Primitive streak.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1438_END_INCLUDE_IMAGE_
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Gray14.png
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Surface view of embryo of Hylobates concolor. (After Selenka.) The amnion has been opened to expose the embryonic disk.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1439_END_INCLUDE_IMAGE_
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Gray15.png
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Series of transverse sections through the embryonic disk of Tarsius. (After Hubrecht.) Section I passes through the disk, in front of Hensen’s knot and shows only the ectoderm and entoderm. Sections II, III, and IV pass through Hensen’s knot, which is seen in V tapering away into the primitive streak. In III, IV, and V the mesoderm is seen springing from the keel-like thickening of the ectoderm, which in III and IV is observed to be continuous into the entoderm.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1440_END_INCLUDE_IMAGE_
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Gray16.png
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A series of transverse sections through an embryo of the dog. (After Bonnet.) Section I is the most anterior. In V the neural plate is spread out nearly flat. The series shows the uprising of the neural folds to form the neural canal. a. Aortæ. c. Intermediate cell mass. ect. Ectoderm. ent. Entoderm. h, h. Rudiments of endothelial heart tubes. In III, IV, and V the scattered cells represented between the entoderm and splanchnic layer of mesoderm are the vasoformative cells which give origin in front, according to Bonnet, to the heart tubes, h; l.p. Lateral plate still undivided in I, II, and III; in IV and V split into somatic (sm) and splanchnic (sp) layers of mesoderm. mes. Mesoderm. p. Pericardium. so. Primitive segment.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1441_END_INCLUDE_IMAGE_
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Gray17.png
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Human embryo—length, 2 mm. Dorsal view, with the amnion laid open. X 30. (After Graf Spee.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1442_END_INCLUDE_IMAGE_
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Gray18.png
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Chick embryo of thirty-three hours’ incubation, viewed from the dorsal aspect. X 30. (From Duval’s “Atlas d’Embryologie.”)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1443_END_INCLUDE_IMAGE_
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Gray19.png
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Transverse section of a chick embryo of forty-five hours’ incubation. (Balfour.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1444_END_INCLUDE_IMAGE_
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Gray20.png
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Dorsum of human embryo, 2.11 mm. in length. (After Eternod.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1445_END_INCLUDE_IMAGE_
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Gray21.png
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Section through the embryo which is represented in Fig. 17. (After Graf Spee.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1446_END_INCLUDE_IMAGE_
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Gray22.png
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Human embryo of 2.6 mm. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1447_END_INCLUDE_IMAGE_
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Gray23.png
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Human embryo from thirty-one to thirty-four days. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1448_END_INCLUDE_IMAGE_
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Gray24.png
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Diagram showing earliest observed stage of human ovum.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1449_END_INCLUDE_IMAGE_
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Gray25.png
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Diagram illustrating early formation of allantois and differentiation of body-stalk.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1450_END_INCLUDE_IMAGE_
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Gray26.png
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Diagram showing later stage of allantoic development with commencing constriction of the yolk-sac.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1451_END_INCLUDE_IMAGE_
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Gray27.png
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Diagram showing the expansion of amnion and delimitation of the umbilicus.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1452_END_INCLUDE_IMAGE_
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Gray28.png
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Diagram illustrating a later stage in the development of the umbilical cord.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1453_END_INCLUDE_IMAGE_
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Gray29.png
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Diagram of a transverse section, showing the mode of formation of the amnion in the chick. The amniotic folds have nearly united in the middle line. (From Quain’s Anatomy.) Ectoderm, blue; mesoderm, red; entoderm and notochord, black.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1454_END_INCLUDE_IMAGE_
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Gray30.png
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Fetus of about eight weeks, enclosed in the amnion. Magnified a little over two diameters. (Drawn from stereoscopic photographs lent by Prof. A. Thomson, Oxford.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1455_END_INCLUDE_IMAGE_
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Gray31.png
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Model of human embryo 1.3 mm. long. (After Eternod.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1456_END_INCLUDE_IMAGE_
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Gray32.png
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Section through ovum imbedded in the uterine decidua. Semidiagrammatic. (After Peters.) am. Amniotic cavity. b.c. Blood-clot. b.s. Body-stalk. ect. Embryonic ectoderm. ent. Entoderm. mes. Mesoderm. m.v. Maternal vessels. tr. Trophoblast. u.e. Uterine epithelium. u.g. Uterine glands. y.s. Yolk-sac.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1457_END_INCLUDE_IMAGE_
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Gray33.png
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Diagrammatic sections of the uterine mucous membrane: A. The non-pregnant uterus. B. The pregnant uterus, showing the thickened mucous membrane and the altered condition of the uterine glands. (Kundrat and Engelmann.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1458_END_INCLUDE_IMAGE_
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Gray34.png
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Sectional plan of the gravid uterus in the third and fourth month. (Modified from Wagner.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1459_END_INCLUDE_IMAGE_
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Gray35.png
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Transverse section of a chorionic villus.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1460_END_INCLUDE_IMAGE_
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Gray36.png
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Primary chorionic villi. Diagrammatic. (Modified from Bryce.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1461_END_INCLUDE_IMAGE_
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Gray37.png
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Secondary chorionic villi. Diagrammatic. (Modified from Bryce.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1462_END_INCLUDE_IMAGE_
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Gray38.png
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Fetus in utero, between fifth and sixth months.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1463_END_INCLUDE_IMAGE_
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Gray39.png
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Scheme of placental circulation.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1464_END_INCLUDE_IMAGE_
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Gray40.png
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Embryo between eighteen and twenty-one days. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1465_END_INCLUDE_IMAGE_
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Gray41.png
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Head end of human embryo, about the end of the fourth week. (From model by Peter.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1466_END_INCLUDE_IMAGE_
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Gray42.png
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Floor of pharynx of embryo shown in Fig. 40
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1467_END_INCLUDE_IMAGE_
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Gray43.png
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Head and neck of a human embryo eighteen weeks old, with Meckel’s cartilage and hyoid bar exposed. (After Kölliker.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1468_END_INCLUDE_IMAGE_
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Gray44.png
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Under surface of the head of a human embryo about twenty-nine days old. (After His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1469_END_INCLUDE_IMAGE_
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Gray45.png
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Head end of human embryo of about thirty to thirty-one days. (From model by Peters.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1470_END_INCLUDE_IMAGE_
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Gray46.png
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Same embryo as shown in Fig. 45, with front wall of pharynx removed.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1471_END_INCLUDE_IMAGE_
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Gray47.png
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Head of a human embryo of about eight weeks, in which the nose and mouth are formed. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1472_END_INCLUDE_IMAGE_
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Gray48.png
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Diagram showing the regions of the adult face and neck related to the fronto-nasal process and the branchial arches.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1473_END_INCLUDE_IMAGE_
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Gray49.png
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Primitive palate of a human embryo of thirty-seven to thirty-eight days. (From model by Peters.) On the left side the lateral wall of the nasal cavity has been removed.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1474_END_INCLUDE_IMAGE_
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Gray50.png
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The roof of the mouth of a human embryo, aged about two and a half months, showing the mode of formation of the palate. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1475_END_INCLUDE_IMAGE_
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Gray51.png
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Frontal section of nasal cavities of a human embryo 28 mm. long. (Kollmann.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1476_END_INCLUDE_IMAGE_
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Gray52.png
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Human embryo from thirty-one to thirty-four days. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1477_END_INCLUDE_IMAGE_
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Gray53.png
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Embryo of about six weeks. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1478_END_INCLUDE_IMAGE_
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Gray54.png
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Figure obtained by combining several successive sections of a human embryo of about the fourth week (From Kollmann.) The upper arrow is in the pleuroperitoneal opening, the lower in the pleuropericardial.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1479_END_INCLUDE_IMAGE_
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Gray55.png
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Upper part of celom of human embryo of 6.8 mm., seen from behind. (From model by Piper.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1480_END_INCLUDE_IMAGE_
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Gray56.png
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Diagram of transverse section through rabbit embryo. (After Keith.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1481_END_INCLUDE_IMAGE_
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Gray57.png
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The thoracic aspect of the diaphragm of a newly born child in which the communication between the peritoneum and pleura has not been closed on the left side; the position of the opening is marked on the right side by the spinocostal hiatus. (After Keith.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1482_END_INCLUDE_IMAGE_
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Gray58.png
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Human embryo about fifteen days old. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1483_END_INCLUDE_IMAGE_
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Gray59.png
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Human embryo between eighteen and twenty-one days old. (His.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1484_END_INCLUDE_IMAGE_
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Gray60.png
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Human embryo, twenty-seven to thirty days old. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1485_END_INCLUDE_IMAGE_
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Gray61.png
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Human embryo, thirty-one to thirty-four days old. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1486_END_INCLUDE_IMAGE_
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Gray62.png
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Human embryo of about six weeks. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1487_END_INCLUDE_IMAGE_
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Gray63.png
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Human embryo about eight and a half weeks old. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1488_END_INCLUDE_IMAGE_
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Gray64.png
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Transverse section of a human embryo of the third week to show the differentiation of the primitive segment. (Kollmann.) ao. Aorta. m.p. Muscle-plate. n.c. Neural canal. sc. Sclerotome. s.p. cutis-plate.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1489_END_INCLUDE_IMAGE_
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Gray65.png
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Scheme showing the manner in which each vertebral centrum is developed from portions of two adjacent segments.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1490_END_INCLUDE_IMAGE_
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Gray66.png
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Sagittal section through an intervertebral fibrocartilage and adjacent parts of two vertebræ of an advanced sheep’s embryo. (Kölliker.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1491_END_INCLUDE_IMAGE_
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Gray67.png
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Diagrams showing the portions of the adult vertebræ derived respectively from the bodies, vertebral arches, and costal processes of the embryonic vertebræ. The bodies are represented in yellow, the vertebral arches in red, and the costal processes in blue.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1492_END_INCLUDE_IMAGE_
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Gray68.png
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Sagittal section of cephalic end of notochord. (Keibel.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1493_END_INCLUDE_IMAGE_
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Gray69.png
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Diagrams of the cartilaginous cranium. (Wiedersheim.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1494_END_INCLUDE_IMAGE_
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Gray70.png
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Model of the chondrocranium of a human embryo, 8 cm. long. (Hertwig.) The membrane bones are not represented.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1495_END_INCLUDE_IMAGE_
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Gray71.png
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The same model as shown in Fig. 70 from the left side. Certain of the membrane bones of the right side are represented in yellow. (Hertwig.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1496_END_INCLUDE_IMAGE_
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Gray72.png
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Human bone marrow. Highly magnified.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1497_END_INCLUDE_IMAGE_
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Gray73.png
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Transverse section of compact tissue bone. Magnified. (Sharpey.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1498_END_INCLUDE_IMAGE_
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Gray74.png
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Section parallel to the surface from the body of the femur. X 100. a, Haversian canals; b, lacunæ seen from the side; c, others seen from the surface in lamellæ, which are cut horizontally.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_1499_END_INCLUDE_IMAGE_
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Gray75.png
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Perforating fibers, human parietal bone, decalcified. (H. Müller.) a, perforating fibers in situ; b, fibres drawn out of their sockets; c, sockets.
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26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1500_END_INCLUDE_IMAGE_
|
|
Gray76.png
|
Nucleated bone cells and their processes, contained in the bone lacunæ and their canaliculi respectively. From a section through the vertebra of an adult mouse. (Klein and Noble Smith.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1501_END_INCLUDE_IMAGE_
|
|
Gray77.png
|
Transverse section of body of human fibula, decalcified. X 250.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1502_END_INCLUDE_IMAGE_
|
|
Gray78.png
|
Part of the growing edge of the developing parietal bone of a fetal cat. (After J. Lawrence.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1503_END_INCLUDE_IMAGE_
|
|
Gray79.png
|
Section of fetal bone of cat. ir. Irruption of the subperiosteal tissue. p. Fibrous layer of the periosteum. o. Layer of osteoblasts. im. Subperiosteal bony deposit. (From Quain’s “Anatomy,” E. A. Schäfer.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1504_END_INCLUDE_IMAGE_
|
|
Gray80.png
|
Part of a longitudinal section of the developing femur of a rabbit. a. Flattened cartilage cells. b. Enlarged cartilage cells. c, d. Newly formed bone. e. Osteoblasts. f. Giant cells or osteoclasts. g, h. Shrunken cartilage cells. (From “Atlas of Histology,” Klein and Noble Smith.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1505_END_INCLUDE_IMAGE_
|
|
Gray81.png
|
Osteoblasts and osteoclasts on trabecula of lower jaw of calf embryo. (Kölliker.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1506_END_INCLUDE_IMAGE_
|
|
Gray82.png
|
A typical thoracic vertebra, viewed from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1507_END_INCLUDE_IMAGE_
|
|
Gray83.png
|
Sagittal section of a lumbar vertebra.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1508_END_INCLUDE_IMAGE_
|
|
Gray84.png
|
A cervical vertebra.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1509_END_INCLUDE_IMAGE_
|
|
Gray85.png
|
Side view of a typical cervical vertebra.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1510_END_INCLUDE_IMAGE_
|
|
Gray86.png
|
First cervical vertebra, or atlas.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1511_END_INCLUDE_IMAGE_
|
|
Gray87.png
|
Second cervical vertebra, or epistropheus, from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1512_END_INCLUDE_IMAGE_
|
|
Gray88.png
|
Second cervical vertebra, epistropheus, or axis, from the side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1513_END_INCLUDE_IMAGE_
|
|
Gray89.png
|
Seventh cervical vertebra.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1514_END_INCLUDE_IMAGE_
|
|
Gray90.png
|
A thoracic vertebra.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1515_END_INCLUDE_IMAGE_
|
|
Gray91.png
|
Peculiar thoracic vertebræ.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1516_END_INCLUDE_IMAGE_
|
|
Gray92.png
|
A lumbar vertebra seen from the side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1517_END_INCLUDE_IMAGE_
|
|
Gray93.png
|
A lumbar vertebra from above and behind.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1518_END_INCLUDE_IMAGE_
|
|
Gray94.png
|
Fifth lumbar vertebra, from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1519_END_INCLUDE_IMAGE_
|
|
Gray95.png
|
Sacrum, pelvic surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1520_END_INCLUDE_IMAGE_
|
|
Gray96.png
|
Sacrum, dorsal surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1521_END_INCLUDE_IMAGE_
|
|
Gray97.png
|
Lateral surfaces of sacrum and coccyx.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1522_END_INCLUDE_IMAGE_
|
|
Gray98.png
|
Base of sacrum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1523_END_INCLUDE_IMAGE_
|
|
Gray99.png
|
Median sagittal section of the sacrum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1524_END_INCLUDE_IMAGE_
|
|
Gray100.png
|
Coccyx.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1525_END_INCLUDE_IMAGE_
|
|
Gray101.png
|
Ossification of a vertebra
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1526_END_INCLUDE_IMAGE_
|
|
Gray102.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1527_END_INCLUDE_IMAGE_
|
|
Gray103.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1528_END_INCLUDE_IMAGE_
|
|
Gray104.png
|
Atlas.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1529_END_INCLUDE_IMAGE_
|
|
Gray105.png
|
Axis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1530_END_INCLUDE_IMAGE_
|
|
Gray106.png
|
Lumbar vertebra.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1531_END_INCLUDE_IMAGE_
|
|
Gray107.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1532_END_INCLUDE_IMAGE_
|
|
Gray108.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1533_END_INCLUDE_IMAGE_
|
|
Gray109.png
|
Ossification of the sacrum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1534_END_INCLUDE_IMAGE_
|
|
Gray110.png
|
Base of young sacrum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1535_END_INCLUDE_IMAGE_
|
|
Gray111.png
|
Lateral view of the vertebral column.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1536_END_INCLUDE_IMAGE_
|
|
Gray112.png
|
The thorax from in front. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1537_END_INCLUDE_IMAGE_
|
|
Gray113.png
|
The thorax from behind. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1538_END_INCLUDE_IMAGE_
|
|
Gray114.png
|
The thorax from the right. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1539_END_INCLUDE_IMAGE_
|
|
Gray115.png
|
Anterior surface of sternum and costa cartilages.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1540_END_INCLUDE_IMAGE_
|
|
Gray116.png
|
Posterior surface of sternum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1541_END_INCLUDE_IMAGE_
|
|
Gray117.png
|
Lateral border of sternum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1542_END_INCLUDE_IMAGE_
|
|
Gray118.png
|
Ossification of the sternum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1543_END_INCLUDE_IMAGE_
|
|
Gray119.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1544_END_INCLUDE_IMAGE_
|
|
Gray120.png
|
Peculiarities.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1545_END_INCLUDE_IMAGE_
|
|
Gray121.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1546_END_INCLUDE_IMAGE_
|
|
Gray122.png
|
A central rib of the left side. Inferior aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1547_END_INCLUDE_IMAGE_
|
|
Gray123.png
|
A central rib of the left side, viewed from behind.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1548_END_INCLUDE_IMAGE_
|
|
Gray124.png
|
Peculiar ribs.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1549_END_INCLUDE_IMAGE_
|
|
Gray125.png
|
Peculiar ribs.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1550_END_INCLUDE_IMAGE_
|
|
Gray126.png
|
Peculiar ribs.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1551_END_INCLUDE_IMAGE_
|
|
Gray127.png
|
Peculiar ribs.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1552_END_INCLUDE_IMAGE_
|
|
Gray128.png
|
Peculiar ribs.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1553_END_INCLUDE_IMAGE_
|
|
Gray129.png
|
Occipital bone. Outer surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1554_END_INCLUDE_IMAGE_
|
|
Gray130.png
|
Occipita bone. Inner surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1555_END_INCLUDE_IMAGE_
|
|
Gray131.png
|
Occipital bone at birth.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1556_END_INCLUDE_IMAGE_
|
|
Gray132.png
|
Left parietal bone. Outer surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1557_END_INCLUDE_IMAGE_
|
|
Gray133.png
|
Left parietal bone. Inner surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1558_END_INCLUDE_IMAGE_
|
|
Gray134.png
|
Frontal bone. Outer surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1559_END_INCLUDE_IMAGE_
|
|
Gray135.png
|
Frontal bone. Inner surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1560_END_INCLUDE_IMAGE_
|
|
Gray136.png
|
Frontal bone at birth.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1561_END_INCLUDE_IMAGE_
|
|
Gray137.png
|
Left temporal bone. Outer surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1562_END_INCLUDE_IMAGE_
|
|
Gray138.png
|
Left temporal bone. Inner surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1563_END_INCLUDE_IMAGE_
|
|
Gray139.png
|
Coronal section of right temporal bone.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1564_END_INCLUDE_IMAGE_
|
|
Gray140.png
|
Diagrammatic view of the fundus of the right internal acoustic meatus. (Testut.) 1. Crista falciformis. 2. Area facialis, with (2’) internal opening of the facial canal. 3. Ridge separating the area facialis from the area cribrosa superior. 4. Area cribrosa superior, with (4’) openings for nerve filaments. 5. Anterior inferior cribriform area, with (5’) the tractus spiralis foraminosus, and (5’’) the canalis centralis of the cochlea. 6. Ridge separating the tractus spiralis foraminosus from the area cribrosa media. 7. Area cribrosa media, with (7’) orifices for nerves to saccule. 8. Foramen singulare.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1565_END_INCLUDE_IMAGE_
|
|
Gray141.png
|
Left temporal bone. Inferior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1566_END_INCLUDE_IMAGE_
|
|
Gray142.png
|
The three principal parts of the tempora bone at birth. 1. Outer surface of petromastoid part. 2. Outer surface of tympanic ring. 3. Inner surface of squama.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1567_END_INCLUDE_IMAGE_
|
|
Gray143.png
|
Temporal bone at birth. Outer aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1568_END_INCLUDE_IMAGE_
|
|
Gray144.png
|
Temporal bone at birth. Inner aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1569_END_INCLUDE_IMAGE_
|
|
Gray145.png
|
Sphenoid bone. Upper surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1570_END_INCLUDE_IMAGE_
|
|
Gray146.png
|
Sphenoid bone. Anterior and inferior surfaces.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1571_END_INCLUDE_IMAGE_
|
|
Gray147.png
|
Sphenoid bone. Upper and posterior surfaces.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1572_END_INCLUDE_IMAGE_
|
|
Gray148.png
|
Sphenoid bone at birth. Posterior aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1573_END_INCLUDE_IMAGE_
|
|
Gray149.png
|
Ethmoid bone from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1574_END_INCLUDE_IMAGE_
|
|
Gray150.png
|
Perpendicular plate of ethmoid. Shown by removing the right labyrinth.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1575_END_INCLUDE_IMAGE_
|
|
Gray151.png
|
Ethmoid bone from behind.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1576_END_INCLUDE_IMAGE_
|
|
Gray152.png
|
Ethmoid bone from the right side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1577_END_INCLUDE_IMAGE_
|
|
Gray153.png
|
Lateral wall of nasal cavity, showing ethmoid bone in position.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1578_END_INCLUDE_IMAGE_
|
|
Gray154.png
|
Articulation of nasal and lacrimal bones with maxilla.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1579_END_INCLUDE_IMAGE_
|
|
Gray155.png
|
Right nasal bone. Outer surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1580_END_INCLUDE_IMAGE_
|
|
Gray156.png
|
Right nasal bone. Inner surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1581_END_INCLUDE_IMAGE_
|
|
Gray157.png
|
Left maxilla. Outer surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1582_END_INCLUDE_IMAGE_
|
|
Gray158.png
|
Left maxilla. Nasal surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1583_END_INCLUDE_IMAGE_
|
|
Gray159.png
|
Left maxillary sinus opened from the exterior.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1584_END_INCLUDE_IMAGE_
|
|
Gray160.png
|
The bony palate and alveolar arch.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1585_END_INCLUDE_IMAGE_
|
|
Gray161.png
|
Anterior surface of maxilla at birth.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1586_END_INCLUDE_IMAGE_
|
|
Gray162.png
|
Inferior surface of maxilla at birth.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1587_END_INCLUDE_IMAGE_
|
|
Gray163.png
|
Left lacrimal bone. Orbital surface. Enlarged.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1588_END_INCLUDE_IMAGE_
|
|
Gray164.png
|
Left zygomatic bone in situ.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1589_END_INCLUDE_IMAGE_
|
|
Gray165.png
|
Left zygomatic bone. Malar surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1590_END_INCLUDE_IMAGE_
|
|
Gray166.png
|
Left zygomatic bone. Temporal surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1591_END_INCLUDE_IMAGE_
|
|
Gray167.png
|
Articulation of left palatine bone with maxilla.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1592_END_INCLUDE_IMAGE_
|
|
Gray168.png
|
Left palatine bone. Nasal aspect. Enlarged.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1593_END_INCLUDE_IMAGE_
|
|
Gray169.png
|
Left palatine bone. Posterior aspect. Enlarged.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1594_END_INCLUDE_IMAGE_
|
|
Gray170.png
|
Lateral wall of right nasal cavity showing inferior concha in situ.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1595_END_INCLUDE_IMAGE_
|
|
Gray171.png
|
Right inferior nasal concha. Medial surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1596_END_INCLUDE_IMAGE_
|
|
Gray172.png
|
Right inferior nasal concha. Lateral surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1597_END_INCLUDE_IMAGE_
|
|
Gray173.png
|
Median wall of left nasal cavity showing vomer in situ.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1598_END_INCLUDE_IMAGE_
|
|
Gray174.png
|
The vomer.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1599_END_INCLUDE_IMAGE_
|
|
Gray175.png
|
Vomer of infant.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1600_END_INCLUDE_IMAGE_
|
|
Gray176.png
|
Mandible. Outer surface. Side view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1601_END_INCLUDE_IMAGE_
|
|
Gray177.png
|
Mandible. Inner surface. Side view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1602_END_INCLUDE_IMAGE_
|
|
Gray178.png
|
Mandible of human embryo 24 mm. long. Outer aspect. (From model by Low.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1603_END_INCLUDE_IMAGE_
|
|
Gray179.png
|
Mandible of human embryo 24 mm. long. Inner aspect. (From model by Low.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1604_END_INCLUDE_IMAGE_
|
|
Gray180.png
|
Mandible of human embryo 95 mm. long. Outer aspect. Nuclei of cartilage stippled. (From model by Low.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1605_END_INCLUDE_IMAGE_
|
|
Gray181.png
|
Mandible of human embryo 95 mm. long. Inner aspect. Nuclei of cartilage stippled. (From model by Low.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1606_END_INCLUDE_IMAGE_
|
|
Gray182.png
|
At birth.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1607_END_INCLUDE_IMAGE_
|
|
Gray183.png
|
In childhood.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1608_END_INCLUDE_IMAGE_
|
|
Gray184.png
|
In the adult.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1609_END_INCLUDE_IMAGE_
|
|
Gray185.png
|
In old age. Side view of the mandible at different periods of life.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1610_END_INCLUDE_IMAGE_
|
|
Gray186.png
|
Hyoid bone. Anterior surface. Enlarged.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1611_END_INCLUDE_IMAGE_
|
|
Gray187.png
|
Base of skull. Inferior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1612_END_INCLUDE_IMAGE_
|
|
Gray188.png
|
Side view of the skull.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1613_END_INCLUDE_IMAGE_
|
|
Gray189.png
|
Left infratemporal fossa.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1614_END_INCLUDE_IMAGE_
|
|
Gray190.png
|
The skull from the front.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1615_END_INCLUDE_IMAGE_
|
|
Gray191.png
|
Horizontal section of nasal and orbital cavities.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1616_END_INCLUDE_IMAGE_
|
|
Gray192.png
|
Medial wall of left orbit.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1617_END_INCLUDE_IMAGE_
|
|
Gray193.png
|
Base of the skull. Upper surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1618_END_INCLUDE_IMAGE_
|
|
Gray194.png
|
Sagittal section of skull.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1619_END_INCLUDE_IMAGE_
|
|
Gray195.png
|
Medial wall of left nasal fossa.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1620_END_INCLUDE_IMAGE_
|
|
Gray196.png
|
Roof, floor, and lateral wall of left nasal cavity.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1621_END_INCLUDE_IMAGE_
|
|
Gray197.png
|
Skull at birth, showing frontal and occipital fonticuli.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1622_END_INCLUDE_IMAGE_
|
|
Gray198.png
|
Skull at birth, showing sphenoidal and mastoid fonticuli.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1623_END_INCLUDE_IMAGE_
|
|
Gray199.png
|
The premaxilla and its sutures. (After Albrecht.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1624_END_INCLUDE_IMAGE_
|
|
Gray200.png
|
Left clavicle. Superior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1625_END_INCLUDE_IMAGE_
|
|
Gray201.png
|
Left clavicle. Inferior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1626_END_INCLUDE_IMAGE_
|
|
Gray202.png
|
Left scapula. Costal surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1627_END_INCLUDE_IMAGE_
|
|
Gray203.png
|
Left scapula. Dorsal surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1628_END_INCLUDE_IMAGE_
|
|
Gray204.png
|
Posterior view of the thorax and shoulder girdle. (Morris.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1629_END_INCLUDE_IMAGE_
|
|
Gray205.png
|
Left scapula. Lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1630_END_INCLUDE_IMAGE_
|
|
Gray206.png
|
Plan of ossification of the scapula. From seven centers.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1631_END_INCLUDE_IMAGE_
|
|
Gray207.png
|
Left humerus. Anterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1632_END_INCLUDE_IMAGE_
|
|
Gray208.png
|
Left humerus. Posterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1633_END_INCLUDE_IMAGE_
|
|
Gray209.png
|
Longitudinal section of head of left humerus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1634_END_INCLUDE_IMAGE_
|
|
Gray210.png
|
Plan of ossification of the humerus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1635_END_INCLUDE_IMAGE_
|
|
Gray211.png
|
Epiphysial lines of humerus in a young adult. Anterior aspect. The lines of attachment of the articular capsules are in blue.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1636_END_INCLUDE_IMAGE_
|
|
Gray212.png
|
Upper extremity of left ulna. Lateral aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1637_END_INCLUDE_IMAGE_
|
|
Gray213.png
|
Bones of left forearm. Anterior aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1638_END_INCLUDE_IMAGE_
|
|
Gray214.png
|
Bones of left forearm. Posterior aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1639_END_INCLUDE_IMAGE_
|
|
Gray215.png
|
Plan of ossification of the ulna. From three centers.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1640_END_INCLUDE_IMAGE_
|
|
Gray216.png
|
Epiphysial lines of ulna in a young adult. Lateral aspect. The lines of attachment of the articular capsules are in blue.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1641_END_INCLUDE_IMAGE_
|
|
Gray217.png
|
Plan of ossification of the radius. From three centers.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1642_END_INCLUDE_IMAGE_
|
|
Gray218.png
|
Epiphysial lines of radius in a young adult. Anterior aspect. The line of attachment of the articular capsule of the wrist-joint is in blue.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1643_END_INCLUDE_IMAGE_
|
|
Gray219.png
|
Bones of the left hand. Volar surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1644_END_INCLUDE_IMAGE_
|
|
Gray220.png
|
Bones of the left hand. Dorsal surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1645_END_INCLUDE_IMAGE_
|
|
Gray221.png
|
The left navicular bone.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1646_END_INCLUDE_IMAGE_
|
|
Gray222.png
|
The left lunate bone.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1647_END_INCLUDE_IMAGE_
|
|
Gray223.png
|
The left triangular bone.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1648_END_INCLUDE_IMAGE_
|
|
Gray224.png
|
The left pisiform bone.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1649_END_INCLUDE_IMAGE_
|
|
Gray225.png
|
The left greater multangular bone.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1650_END_INCLUDE_IMAGE_
|
|
Gray226.png
|
The left lesser multangular bone.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1651_END_INCLUDE_IMAGE_
|
|
Gray227.png
|
The left capitate bone.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1652_END_INCLUDE_IMAGE_
|
|
Gray228.png
|
The left hamate bone.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1653_END_INCLUDE_IMAGE_
|
|
Gray229.png
|
The first metacarpal. (Left.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1654_END_INCLUDE_IMAGE_
|
|
Gray230.png
|
The second metacarpal. (Left.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1655_END_INCLUDE_IMAGE_
|
|
Gray231.png
|
The third metacarpal. (Left.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1656_END_INCLUDE_IMAGE_
|
|
Gray232.png
|
The fourth metacarpal. (Left.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1657_END_INCLUDE_IMAGE_
|
|
Gray233.png
|
The fifth metacarpal. (Left.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1658_END_INCLUDE_IMAGE_
|
|
Gray234.png
|
Plan of ossification of the hand.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1659_END_INCLUDE_IMAGE_
|
|
Gray235.png
|
Right hip bone. External surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1660_END_INCLUDE_IMAGE_
|
|
Gray236.png
|
Right hip bone. Internal surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1661_END_INCLUDE_IMAGE_
|
|
Gray237.png
|
Plan of ossification of the hip bone. The three primary centers unite through a Y-shaped piece about puberty. Epiphyses appear about puberty, and unite about twenty-fifth year.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1662_END_INCLUDE_IMAGE_
|
|
Gray238.png
|
Diameters of superior aperture of lesser pelvis (female).
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1663_END_INCLUDE_IMAGE_
|
|
Gray239.png
|
Diameters of inferior aperture of lesser pelvis (female).
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1664_END_INCLUDE_IMAGE_
|
|
Gray240.png
|
Median sagittal section of pelvis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1665_END_INCLUDE_IMAGE_
|
|
Gray241.png
|
Male pelvis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1666_END_INCLUDE_IMAGE_
|
|
Gray242.png
|
Female pelvis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1667_END_INCLUDE_IMAGE_
|
|
Gray243.png
|
Upper extremity of right femur viewed from behind and above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1668_END_INCLUDE_IMAGE_
|
|
Gray244.png
|
Right femur. Anterior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1669_END_INCLUDE_IMAGE_
|
|
Gray245.png
|
Right femur. Posterior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1670_END_INCLUDE_IMAGE_
|
|
Gray246.png
|
Lower extremity of right femur viewed from below.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1671_END_INCLUDE_IMAGE_
|
|
Gray247.png
|
Frontal longitudinal midsection of upper femur.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1672_END_INCLUDE_IMAGE_
|
|
Gray248.png
|
Diagram of the lines of stress in the upper femur, based upon the mathematical analysis of the right femur. These result from the combination of the different kinds of stresses at each point in the femur. (After Koch.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1673_END_INCLUDE_IMAGE_
|
|
Gray249.png
|
Frontal longitudinal midsection of left femur. Taken from the same subject as the one that was analyzed and shown in Figs. 248 and 250. 4/9 of natural size. (After Koch.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1674_END_INCLUDE_IMAGE_
|
|
Gray250.png
|
Diagram of the computed lines of maximum stress in the normal femur. The section numbers 2, 4, 6, 8, etc., show the positions of the transverse sections analyzed. The amounts of the maximum tensile and compressive stress at the various sections are given for a load of 100 pounds on the femur-head. For the standing position (“at attention”) these stresses are multiplied by 0.6, for walking by 1.6 and for running by 3.2. (After Koch.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1675_END_INCLUDE_IMAGE_
|
|
Gray251.png
|
Intensity of the maximum tensile and compressive stresses in the upper femur. Computed for the load of 100 pounds on the right femur. Corresponds to the upper part of Fig. 250. (After Koch.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1676_END_INCLUDE_IMAGE_
|
|
Gray252.png
|
Plan of ossification of the femur. From five centers.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1677_END_INCLUDE_IMAGE_
|
|
Gray253.png
|
Epiphysial lines of femur in a young adult. Anterior aspect. The lines of attachment of the articular capsules are in blue.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1678_END_INCLUDE_IMAGE_
|
|
Gray254.png
|
Epiphysial lines of femur in a young adult. Posterior aspect. The lines of attachment of the articular capsules are in blue.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1679_END_INCLUDE_IMAGE_
|
|
Gray255.png
|
Right patella. Anterior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1680_END_INCLUDE_IMAGE_
|
|
Gray256.png
|
Right patella. Posterior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1681_END_INCLUDE_IMAGE_
|
|
Gray257.png
|
Upper surface of right tibia.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1682_END_INCLUDE_IMAGE_
|
|
Gray258.png
|
Bones of the right leg. Anterior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1683_END_INCLUDE_IMAGE_
|
|
Gray259.png
|
Bones of the right leg. Posterior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1684_END_INCLUDE_IMAGE_
|
|
Gray260.png
|
Plan of ossification of the tibia. From three centers.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1685_END_INCLUDE_IMAGE_
|
|
Gray261.png
|
Epiphysial lines of tibia and fibula in a young adult. Anterior aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1686_END_INCLUDE_IMAGE_
|
|
Gray262.png
|
Lower extremity of right fibula. Medial aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1687_END_INCLUDE_IMAGE_
|
|
Gray263.png
|
Plan of ossification of the fibula. From three centers.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1688_END_INCLUDE_IMAGE_
|
|
Gray264.png
|
Left calcaneus, superior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1689_END_INCLUDE_IMAGE_
|
|
Gray265.png
|
Left calcaneus, inferior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1690_END_INCLUDE_IMAGE_
|
|
Gray266.png
|
Left calcaneus, lateral surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1691_END_INCLUDE_IMAGE_
|
|
Gray267.png
|
Left calcaneus, medial surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1692_END_INCLUDE_IMAGE_
|
|
Gray268.png
|
Bones of the right foot. Dorsal surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1693_END_INCLUDE_IMAGE_
|
|
Gray269.png
|
Bones of the right foot. Plantar surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1694_END_INCLUDE_IMAGE_
|
|
Gray270.png
|
Left talus, from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1695_END_INCLUDE_IMAGE_
|
|
Gray271.png
|
Left talus, from below.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1696_END_INCLUDE_IMAGE_
|
|
Gray272.png
|
Left talus, medial surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1697_END_INCLUDE_IMAGE_
|
|
Gray273.png
|
Left talus, lateral surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1698_END_INCLUDE_IMAGE_
|
|
Gray274.png
|
The left cuboid. Antero-medial view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1699_END_INCLUDE_IMAGE_
|
|
Gray275.png
|
The left cuboid. Postero-lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1700_END_INCLUDE_IMAGE_
|
|
Gray276.png
|
The left navicular. Antero-lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1701_END_INCLUDE_IMAGE_
|
|
Gray277.png
|
The left navicular. Postero-medial view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1702_END_INCLUDE_IMAGE_
|
|
Gray278.png
|
The left first cuneiform. Antero-medial view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1703_END_INCLUDE_IMAGE_
|
|
Gray279.png
|
The left first cuneiform. Postero-lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1704_END_INCLUDE_IMAGE_
|
|
Gray280.png
|
The left second cuneiform. Antero-medial view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1705_END_INCLUDE_IMAGE_
|
|
Gray281.png
|
The left second cuneiform. Postero-lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1706_END_INCLUDE_IMAGE_
|
|
Gray282.png
|
The left third cuneiform. Postero-medial view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1707_END_INCLUDE_IMAGE_
|
|
Gray283.png
|
The third left cuneiform. Antero-lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1708_END_INCLUDE_IMAGE_
|
|
Gray284.png
|
The first metatarsal. (Left.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1709_END_INCLUDE_IMAGE_
|
|
Gray285.png
|
The second metatarsal. (Left.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1710_END_INCLUDE_IMAGE_
|
|
Gray286.png
|
The third metatarsal. (Left.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1711_END_INCLUDE_IMAGE_
|
|
Gray287.png
|
The fourth metatarsal. (Left.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1712_END_INCLUDE_IMAGE_
|
|
Gray288.png
|
The fifth metatarsal. (Left.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1713_END_INCLUDE_IMAGE_
|
|
Gray289.png
|
Plan of ossification of the foot.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1714_END_INCLUDE_IMAGE_
|
|
Gray290.png
|
Skeleton of foot. Medial aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1715_END_INCLUDE_IMAGE_
|
|
Gray291.png
|
Skeleton of foot. Lateral aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1716_END_INCLUDE_IMAGE_
|
|
Gray292.png
|
Human cartilage cells from the cricoid cartilage.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1717_END_INCLUDE_IMAGE_
|
|
Gray293.png
|
Vertical section of articular cartilage.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1718_END_INCLUDE_IMAGE_
|
|
Gray294.png
|
Costal cartilage from a man, aged seventy-six years, showing the development of fibrous structure in the matrix. In several portions of the specimen two or three generations of cells are seen enclosed in a parent cell wall. Highly magnified.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1719_END_INCLUDE_IMAGE_
|
|
Gray295.png
|
White fibrocartilage from an intervertebral fibrocartilage.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1720_END_INCLUDE_IMAGE_
|
|
Gray296.png
|
Section across the sagittal suture.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1721_END_INCLUDE_IMAGE_
|
|
Gray297.png
|
Section through occipitosphenoid synchondrosis of an infant.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1722_END_INCLUDE_IMAGE_
|
|
Gray298.png
|
Diagrammatic section of a symphysis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1723_END_INCLUDE_IMAGE_
|
|
Gray299.png
|
Diagrammatic section of a diarthrodial joint.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1724_END_INCLUDE_IMAGE_
|
|
Gray300.png
|
Diagrammatic section of a diarthrodial joint, with an articular disk.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1725_END_INCLUDE_IMAGE_
|
|
Gray301.png
|
Median sagittal section of two lumbar vertebræ and their ligaments.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1726_END_INCLUDE_IMAGE_
|
|
Gray302.png
|
Posterior longitudinal ligament, in the thoracic region.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1727_END_INCLUDE_IMAGE_
|
|
Gray303.png
|
Vertebral arches of three thoracic vertebræ viewed from the front.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1728_END_INCLUDE_IMAGE_
|
|
Gray304.png
|
Anterior atlantoöccipital membrane and atlantoaxial ligament.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1729_END_INCLUDE_IMAGE_
|
|
Gray305.png
|
Posterior atlantoöccipital membrane and atlantoaxial ligament.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1730_END_INCLUDE_IMAGE_
|
|
Gray306.png
|
Articulation between odontoid process and atlas.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1731_END_INCLUDE_IMAGE_
|
|
Gray307.png
|
Membrana tectoria, transverse, and alar ligaments.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1732_END_INCLUDE_IMAGE_
|
|
Gray308.png
|
Median sagittal section through the occipital bone and first three cervical vertebræ. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1733_END_INCLUDE_IMAGE_
|
|
Gray309.png
|
Articulation of the mandible. Lateral aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1734_END_INCLUDE_IMAGE_
|
|
Gray310.png
|
Articulation of the mandible. Medial aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1735_END_INCLUDE_IMAGE_
|
|
Gray311.png
|
Sagittal section of the articulation of the mandible.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1736_END_INCLUDE_IMAGE_
|
|
Gray312.png
|
Costovertebral articulations. Anterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1737_END_INCLUDE_IMAGE_
|
|
Gray313.png
|
Costotransverse articulation. Seen from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1738_END_INCLUDE_IMAGE_
|
|
Gray314.png
|
Section of the costotransverse joints from the third to the ninth inclusive. Constrast the concave facets on the upper with the flattened facets on the lower transverse processes.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1739_END_INCLUDE_IMAGE_
|
|
Gray315.png
|
Sternocostal and interchondral articulations. Anterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1740_END_INCLUDE_IMAGE_
|
|
Gray316.png
|
Lateral view of first and seventh ribs in position, showing the movements of the sternum and ribs in A, ordinary expiration; B, quiet inspiration; C, deep inspiration.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1741_END_INCLUDE_IMAGE_
|
|
Gray317.png
|
Diagram showing the axes of movement (A B and C D) of a vertebrosternal rib. The interrupted lines indicate the position of the rib in inspiration.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1742_END_INCLUDE_IMAGE_
|
|
Gray318.png
|
Diagram showing the axis of movement (A B) of a vertebrochondral rib. The interrupted lines indicate the position of the rib in inspiration.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1743_END_INCLUDE_IMAGE_
|
|
Gray319.png
|
Articulations of pelvis. Anterior view. (Quain.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1744_END_INCLUDE_IMAGE_
|
|
Gray320.png
|
Articulatios of pelvis. Posterior view. (Quain.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1745_END_INCLUDE_IMAGE_
|
|
Gray321.png
|
Symphysis pubis exposed by a coronal section.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1746_END_INCLUDE_IMAGE_
|
|
Gray322.png
|
Coronal section of anterior sacral segment.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1747_END_INCLUDE_IMAGE_
|
|
Gray323.png
|
Coronal section of middle sacra segment.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1748_END_INCLUDE_IMAGE_
|
|
Gray324.png
|
Coronal section of posterior sacral segment.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1749_END_INCLUDE_IMAGE_
|
|
Gray325.png
|
Sternoclavicular articulation. Anterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1750_END_INCLUDE_IMAGE_
|
|
Gray326.png
|
The left shoulder and acromioclavicular joints, and the proper ligaments of the scapula.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1751_END_INCLUDE_IMAGE_
|
|
Gray327.png
|
Capsule of shoulder-joint (distended). Anterior aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1752_END_INCLUDE_IMAGE_
|
|
Gray328.png
|
Glenoid fossa of right side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1753_END_INCLUDE_IMAGE_
|
|
Gray329.png
|
Left elbow-joint, showing anterior and ulnar collateral ligaments.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1754_END_INCLUDE_IMAGE_
|
|
Gray330.png
|
Left elbow-joint, showing posterior and radial collateral ligaments.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1755_END_INCLUDE_IMAGE_
|
|
Gray331.png
|
Capsule of elbow-joint (distended). Anterior aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1756_END_INCLUDE_IMAGE_
|
|
Gray332.png
|
Capsule of elbow-joint (distended). Posterior aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1757_END_INCLUDE_IMAGE_
|
|
Gray333.png
|
Annular ligament of radius, from above. The head of the radius has been sawn off and the bone dislodged from the ligament.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1758_END_INCLUDE_IMAGE_
|
|
Gray334.png
|
Ligaments of wrist. Anterior view
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1759_END_INCLUDE_IMAGE_
|
|
Gray335.png
|
Ligaments of wrist. Posterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1760_END_INCLUDE_IMAGE_
|
|
Gray336.png
|
Vertical section through the articulations at the wrist, showing the synovial cavities.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1761_END_INCLUDE_IMAGE_
|
|
Gray337.png
|
Metacarpophalangeal articulation and articulations of digit. Volar aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1762_END_INCLUDE_IMAGE_
|
|
Gray338.png
|
Metacarpophalangeal articulation and articulations of digit. Ulnar aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1763_END_INCLUDE_IMAGE_
|
|
Gray339.png
|
Right hip-joint from the front. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1764_END_INCLUDE_IMAGE_
|
|
Gray340.png
|
The hip-joint from behind. (Quain.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1765_END_INCLUDE_IMAGE_
|
|
Gray341.png
|
Left hip-joint, opened by removing the floor of the acetabulum from within the pelvis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1766_END_INCLUDE_IMAGE_
|
|
Gray342.png
|
Hip-joint, front view. The capsular ligament has been largely removed.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1767_END_INCLUDE_IMAGE_
|
|
Gray343.png
|
Capsule of hip-joint (distended). Posterior aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1768_END_INCLUDE_IMAGE_
|
|
Gray344.png
|
Structures surrounding right hip-joint.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1769_END_INCLUDE_IMAGE_
|
|
Gray345.png
|
Right knee-joint. Anterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1770_END_INCLUDE_IMAGE_
|
|
Gray346.png
|
Right knee-joint. Posterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1771_END_INCLUDE_IMAGE_
|
|
Gray347.png
|
Right knee-joint, from the front, showing interior ligaments.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1772_END_INCLUDE_IMAGE_
|
|
Gray348.png
|
Left knee-joint from behind, showing interior ligaments.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1773_END_INCLUDE_IMAGE_
|
|
Gray349.png
|
Head of right tibia seen from above, showing menisci and attachments of ligaments.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1774_END_INCLUDE_IMAGE_
|
|
Gray350.png
|
Sagittal section of right knee-joint.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1775_END_INCLUDE_IMAGE_
|
|
Gray351.png
|
Capsule of right knee-joint (distended). Lateral aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1776_END_INCLUDE_IMAGE_
|
|
Gray352.png
|
Capsule of right knee-joint (distended). Posterior aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1777_END_INCLUDE_IMAGE_
|
|
Gray353.png
|
Posterior surface of the right patella, showing diagrammatically the areas of contact with the femur in different positions of the knee.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1778_END_INCLUDE_IMAGE_
|
|
Gray354.png
|
Ligaments of the medial aspect of the foot. (Quain.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1779_END_INCLUDE_IMAGE_
|
|
Gray355.png
|
The ligaments of the foot from the lateral aspect. (Quain.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1780_END_INCLUDE_IMAGE_
|
|
Gray356.png
|
Capsule of left talocrura articulation (distended). Lateral aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1781_END_INCLUDE_IMAGE_
|
|
Gray357.png
|
Coronal section through right talocrural and talocalcaneal joints.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1782_END_INCLUDE_IMAGE_
|
|
Gray358.png
|
Ligaments of the sole of the foot, with the tendons of the Peronæus longus, Tibialis posterior and Tibialis anterior muscles. (Quain.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1783_END_INCLUDE_IMAGE_
|
|
Gray359.png
|
Talocalcaneal and talocalcaneonavicular articulations exposed from above by removing the talus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1784_END_INCLUDE_IMAGE_
|
|
Gray360.png
|
Oblique section of left intertarsal and tarsometatarsal articulations, showing the synovial cavities.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1785_END_INCLUDE_IMAGE_
|
|
Gray361.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1786_END_INCLUDE_IMAGE_
|
|
Gray362.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1787_END_INCLUDE_IMAGE_
|
|
Gray363.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1788_END_INCLUDE_IMAGE_
|
|
Gray364.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1789_END_INCLUDE_IMAGE_
|
|
Gray365.png
|
A, fusiform; B, unipinnate; C, bipinnate; P.C.S., physiological cross-section.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1790_END_INCLUDE_IMAGE_
|
|
Gray366.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1791_END_INCLUDE_IMAGE_
|
|
Gray367.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1792_END_INCLUDE_IMAGE_
|
|
Gray368.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1793_END_INCLUDE_IMAGE_
|
|
Gray369.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1794_END_INCLUDE_IMAGE_
|
|
Gray370.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1795_END_INCLUDE_IMAGE_
|
|
Gray371.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1796_END_INCLUDE_IMAGE_
|
|
Gray372.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1797_END_INCLUDE_IMAGE_
|
|
Gray373.png
|
Transverse section of human striped muscle fibers. x 255.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1798_END_INCLUDE_IMAGE_
|
|
Gray374.png
|
Striped muscle fibers from tongue of cat. x 250.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1799_END_INCLUDE_IMAGE_
|
|
Gray375.png
|
A. Portion of a medium-sized human muscular fiber. Magnified nearly 800 diameters. B. Separated bundles of fibrils, equally magnified. a, a. Larger, and b, b, smaller collections. c. Still smaller. d, d. The smallest which could be detached.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1800_END_INCLUDE_IMAGE_
|
|
Gray376.png
|
Diagram of a sarcomere. (After Schäfer.) A. In moderately extended condition. B. In a contracted condition. k, k. Membranes of Krause. H. Line or plane of Hensen. S.E. Poriferous sarcous element.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1801_END_INCLUDE_IMAGE_
|
|
Gray377.png
|
Subcutaneous tissue from a young rabbit. Highly magnified. (Schäfer.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1802_END_INCLUDE_IMAGE_
|
|
Gray378.png
|
Muscles of the head, face, and neck.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1803_END_INCLUDE_IMAGE_
|
|
Gray379.png
|
Left orbicularis oculi, seen from behind.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1804_END_INCLUDE_IMAGE_
|
|
Gray380.png
|
Muscles of the pharynx and cheek.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1805_END_INCLUDE_IMAGE_
|
|
Gray381.png
|
Scheme showing arrangement of fibers of Orbicularis oris.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1806_END_INCLUDE_IMAGE_
|
|
Gray382.png
|
The Temporalis; the zygomatic arch and Masseter have been removed.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1807_END_INCLUDE_IMAGE_
|
|
Gray383.png
|
The Pterygoidei; the zygomatic arch and a portion of the ramus of the mandible have been removed.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1808_END_INCLUDE_IMAGE_
|
|
Gray384.png
|
Section of the neck at about the level of the sixth cervical vertebra. Showing the arrangement of the fascia coli.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1809_END_INCLUDE_IMAGE_
|
|
Gray385.png
|
Muscles of the neck. Lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1810_END_INCLUDE_IMAGE_
|
|
Gray386.png
|
Muscles of the neck. Anterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1811_END_INCLUDE_IMAGE_
|
|
Gray387.png
|
The anterior vertebral muscles.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1812_END_INCLUDE_IMAGE_
|
|
Gray388.png
|
Diagram of a transverse section of the posterior abdominal wall, to show the disposition of the lumbodorsal fascia.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1813_END_INCLUDE_IMAGE_
|
|
Gray389.png
|
Deep muscles of the back.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1814_END_INCLUDE_IMAGE_
|
|
Gray390.png
|
Posterior surface of sternum and costal cartilages, showing Transversus thoracis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1815_END_INCLUDE_IMAGE_
|
|
Gray391.png
|
The diaphragm. Under surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1816_END_INCLUDE_IMAGE_
|
|
Gray392.png
|
The Obliquus externus abdominis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1817_END_INCLUDE_IMAGE_
|
|
Gray393.png
|
The subcutaneous inguinal ring.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1818_END_INCLUDE_IMAGE_
|
|
Gray394.png
|
The inguinal and lacunar ligaments.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1819_END_INCLUDE_IMAGE_
|
|
Gray395.png
|
The Obliquus internus abdominis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1820_END_INCLUDE_IMAGE_
|
|
Gray396.png
|
The Cremaster.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1821_END_INCLUDE_IMAGE_
|
|
Gray397.png
|
The Transversus abdominis, Rectus abdominis, and Pyramidalis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1822_END_INCLUDE_IMAGE_
|
|
Gray398.png
|
The interfoveolar ligament, seen from in front. (Modified from Braune.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1823_END_INCLUDE_IMAGE_
|
|
Gray399.png
|
Diagram of sheath of Rectus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1824_END_INCLUDE_IMAGE_
|
|
Gray400.png
|
Diagram of a transverse section through the anterior abdomina wall, below the linea semicircularis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1825_END_INCLUDE_IMAGE_
|
|
Gray401.png
|
The abdominal inguinal ring.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1826_END_INCLUDE_IMAGE_
|
|
Gray402.png
|
Coronal section of pelvis, showing arrangement of fasciæ. Viewed from behind. (Diagrammatic.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1827_END_INCLUDE_IMAGE_
|
|
Gray403.png
|
Median sagittal section of pelvis, showing arrangement of fasciæ.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1828_END_INCLUDE_IMAGE_
|
|
Gray404.png
|
Left Levator ani from within.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1829_END_INCLUDE_IMAGE_
|
|
Gray405.png
|
The perineum. The integument and superficial layer of superficial fascia reflected.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1830_END_INCLUDE_IMAGE_
|
|
Gray406.png
|
Muscles of male perineum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1831_END_INCLUDE_IMAGE_
|
|
Gray407.png
|
Coronal section of anterior part of pelvis, through the pubic arch. Seen from in front. (Diagrammatic.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1832_END_INCLUDE_IMAGE_
|
|
Gray408.png
|
Muscles of the female perineum. (Modified from a drawing by Peter Thompson.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1833_END_INCLUDE_IMAGE_
|
|
Gray409.png
|
Muscles connecting the upper extremity to the vertebral column.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1834_END_INCLUDE_IMAGE_
|
|
Gray410.png
|
—Superficial muscles of the chest and front of the arm.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1835_END_INCLUDE_IMAGE_
|
|
Gray411.png
|
Deep muscles of the chest and front of the arm, with the boundaries of the axilla.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1836_END_INCLUDE_IMAGE_
|
|
Gray412.png
|
—Muscles on the dorsum of the scapula, and the Triceps brachii.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1837_END_INCLUDE_IMAGE_
|
|
Gray413.png
|
Cross-section through the middle of upper arm. (Eycleshymer and Schoemaker. 84)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1838_END_INCLUDE_IMAGE_
|
|
Gray414.png
|
Front of the left forearm. Superficial muscles.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1839_END_INCLUDE_IMAGE_
|
|
Gray415.png
|
Front of the left forearm. Deep muscles.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1840_END_INCLUDE_IMAGE_
|
|
Gray416.png
|
Tendons of forefinger and vincula tendina.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1841_END_INCLUDE_IMAGE_
|
|
Gray417.png
|
Cross-section through the middle of the forearm. (Eycleshymer and Schoemaker.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1842_END_INCLUDE_IMAGE_
|
|
Gray418.png
|
Posterior surface of the forearm. Superficial muscles.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1843_END_INCLUDE_IMAGE_
|
|
Gray419.png
|
Posterior surface of the forearm. Deep muscles.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1844_END_INCLUDE_IMAGE_
|
|
Gray420.png
|
The Supinator.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1845_END_INCLUDE_IMAGE_
|
|
Gray421.png
|
Transverse section across distal ends of radius and ulna.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1846_END_INCLUDE_IMAGE_
|
|
Gray422.png
|
Transverse section across the wrist and digits.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1847_END_INCLUDE_IMAGE_
|
|
Gray423.png
|
The mucous sheaths of the tendons on the front of the wrist and digits.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1848_END_INCLUDE_IMAGE_
|
|
Gray424.png
|
The mucous sheaths of the tendons on the back of the wrist.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1849_END_INCLUDE_IMAGE_
|
|
Gray425.png
|
The palmar aponeurosis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1850_END_INCLUDE_IMAGE_
|
|
Gray426.png
|
The muscles of the thumb.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1851_END_INCLUDE_IMAGE_
|
|
Gray427.png
|
The muscles of the left hand. Palmar surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1852_END_INCLUDE_IMAGE_
|
|
Gray428.png
|
The Interossei dorsales of left hand.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1853_END_INCLUDE_IMAGE_
|
|
Gray429.png
|
The Interossei volares of left hand.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1854_END_INCLUDE_IMAGE_
|
|
Gray430.png
|
Muscles of the iliac and anterior femoral regions.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1855_END_INCLUDE_IMAGE_
|
|
Gray431.png
|
The fossa ovalis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1856_END_INCLUDE_IMAGE_
|
|
Gray432.png
|
Cross-section through the middle of the thigh. (Eycleshymer and Schoemaker.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1857_END_INCLUDE_IMAGE_
|
|
Gray433.png
|
Deep muscles of the medial femoral region.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1858_END_INCLUDE_IMAGE_
|
|
Gray434.png
|
Muscles of the gluteal and posterior femoral regions.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1859_END_INCLUDE_IMAGE_
|
|
Gray435.png
|
The obturator membrane.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1860_END_INCLUDE_IMAGE_
|
|
Gray436.png
|
The Obturator externus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1861_END_INCLUDE_IMAGE_
|
|
Gray437.png
|
Muscles of the front of the leg.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1862_END_INCLUDE_IMAGE_
|
|
Gray438.png
|
Muscles of the back of the leg. Superficial layer.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1863_END_INCLUDE_IMAGE_
|
|
Gray439.png
|
Muscles of the back of the leg. Deep layer.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1864_END_INCLUDE_IMAGE_
|
|
Gray440.png
|
Cross-section through middle of leg. (Eycleshymer and Schoemaker.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1865_END_INCLUDE_IMAGE_
|
|
Gray441.png
|
The mucous sheaths of the tendons around the ankle. Lateral aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1866_END_INCLUDE_IMAGE_
|
|
Gray442.png
|
The mucous sheaths of the tendons around the ankle. Medial aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1867_END_INCLUDE_IMAGE_
|
|
Gray443.png
|
Muscles of the sole of the foot. First layer.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1868_END_INCLUDE_IMAGE_
|
|
Gray444.png
|
Muscles of the sole of the foot. Second layer.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1869_END_INCLUDE_IMAGE_
|
|
Gray445.png
|
Muscles of the sole of the foot. Third layer.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1870_END_INCLUDE_IMAGE_
|
|
Gray446.png
|
The Interossei dorsales. Left foot.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1871_END_INCLUDE_IMAGE_
|
|
Gray447.png
|
The Interossei plantares. Left foot.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1872_END_INCLUDE_IMAGE_
|
|
Gray448.png
|
Transverse section through a small artery and vein of the mucous membrane of the epiglottis of a child. X 350. (Klein and Noble Smith.) A. Artery, showing the nucleated endothelium, e, which lines it; the vessel being contracted, the endothelial cells appear very thick. Underneath the endothelium is the wavy elastic lamina. The chief part of the wall of the vessel is occupied by the circular muscle coat m; the rod-shaped nuclei of the muscle cells are well seen. Outside this is a, part of the adventitia. This is composed of bundles of connective tissue fibers, shown in section, with the nuclei of the connective tissue corpuscles. The adventitia gradually merges into the surrounding connective tissue. V. Vein showing a thin endothelial membrane, e, raised accidentally from the intima, which on account of its delicacy is seen as a mere line on the media m. This latter is composed of a few circular unstriped muscle cells a. The adventitia, similar in structure to that of an artery.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1873_END_INCLUDE_IMAGE_
|
|
Gray449.png
|
Small artery and vein, pia mater of sheep. X 250. Surface view above the interrupted line; longitudinal section below. Artery in red; vein in blue,
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1874_END_INCLUDE_IMAGE_
|
|
Gray450.png
|
Section of a medium-sized artery. (After Grünstein.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1875_END_INCLUDE_IMAGE_
|
|
Gray451.png
|
Capillaries from the mesentery of a guinea-pig, after treatment with solution of nitrate of silver. a. Cells. b. Their nuclei.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1876_END_INCLUDE_IMAGE_
|
|
Gray452.png
|
Section of a medium-sized vein.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1877_END_INCLUDE_IMAGE_
|
|
Gray453.png
|
Human red blood corpuscles. Highly magnified. a. Seen from the surface. b. Seen in profile and forming rouleaux. c. Rendered spherical by water. d. Rendered crenate by salt solution.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1878_END_INCLUDE_IMAGE_
|
|
Gray454.png
|
Varieties of leucocytes found in human blood. Highly magnified.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1879_END_INCLUDE_IMAGE_
|
|
Gray455.png
|
Human colorles blood corpuscle, showing its successive changes of outline within ten minutes when kept moist on a warm stage. (Schofield.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1880_END_INCLUDE_IMAGE_
|
|
Gray456.png
|
Blood platelets. Highly magnified. (After Kopsch.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1881_END_INCLUDE_IMAGE_
|
|
Gray457.png
|
Transverse section through the region of the heart in a rabbit embryo of nine days. X 80. (Kölliker.) j, j. Jugular veins. ao. Aorta. ph. Pharynx. som. Somatopleure. bl. Proamnion. ect. Ectoderm. ent. Entoderm. p. Pericardium. spl. Splanchnopleure. ah. Outer wall of heart. ih. Endothelial lining of heart. é. Septum between heart tubes.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1882_END_INCLUDE_IMAGE_
|
|
Gray458.png
|
Diagram of the vascular channels in a human embryo of the second week. (After Eternod.) The red lines are the dorsal aortæ continued into the umbilical arteries. The red dotted lines are the ventral aortæ, and the blue dotted lines the vitelline veins.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1883_END_INCLUDE_IMAGE_
|
|
Gray459.png
|
Human embryo of about fourteen days, with yolk-sac. (After His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1884_END_INCLUDE_IMAGE_
|
|
Gray460.png
|
Head of chick embryo of about thirty-eight hours’ incubation, viewed from the ventral surface. X 26 (Duval.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1885_END_INCLUDE_IMAGE_
|
|
Gray461.png
|
Diagram to illustrate the simple tubular condition of the heart. (Drawn from Ecker-Ziegler model.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1886_END_INCLUDE_IMAGE_
|
|
Gray462.png
|
Heart of human embryo of about fourteen days. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1887_END_INCLUDE_IMAGE_
|
|
Gray463.png
|
Heart of human embryo of about fifteen days. (Reconstruction by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1888_END_INCLUDE_IMAGE_
|
|
Gray464.png
|
Dorsal surface of heart of human embryo of thirty-five days. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1889_END_INCLUDE_IMAGE_
|
|
Gray465.png
|
Interior of dorsal half of heart from a human embryo of about thirty days. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1890_END_INCLUDE_IMAGE_
|
|
Gray466.png
|
Heart showing expansion of the atria. (Drawn from Ecker-Zeigler model.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1891_END_INCLUDE_IMAGE_
|
|
Gray467.png
|
Interior of dorsal half of heart of human embryo of about thirty-five days. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1892_END_INCLUDE_IMAGE_
|
|
Gray468.png
|
Same heart as in 467, opened on right side. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1893_END_INCLUDE_IMAGE_
|
|
Gray469.png
|
Diagrams to illustrate the transformation of the bulbus cordis. (Keith.) Ao. Truncus arteriosus. Au. Atrium. B. Bulbus cordis. RV. Right ventricle. LV. Left ventricle. P. Pulmonary artery.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1894_END_INCLUDE_IMAGE_
|
|
Gray470.png
|
Diagrams to show the development of the septum of the aortic bulb and of the ventricles. (Born.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1895_END_INCLUDE_IMAGE_
|
|
Gray471.png
|
Transverse sections through the aortic bulb to show the growth of the aortic septum. The lowest section is on the left, the highest on the right of the figure. (After His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1896_END_INCLUDE_IMAGE_
|
|
Gray472.png
|
Profile view of a human embryo estimated at twenty or twenty-one days old. (After His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1897_END_INCLUDE_IMAGE_
|
|
Gray473.png
|
Scheme of the aortic arches and their destination. (Modified from Kollmann.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1898_END_INCLUDE_IMAGE_
|
|
Gray474.png
|
Diagram showing the origins of the main branches of the carotid arteries. (Founded on Tandler.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1899_END_INCLUDE_IMAGE_
|
|
Gray475.png
|
The liver and the veins in connection with it, of a human embryo, twenty-four or twenty-five days old, as seen from the ventral surface. (After His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1900_END_INCLUDE_IMAGE_
|
|
Gray476.png
|
Human embryo with heart and anterior body-wall removed to show the sinus venosus and its tributaries. (After His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1901_END_INCLUDE_IMAGE_
|
|
Gray477.png
|
Scheme of arrangement of parietal veins.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1902_END_INCLUDE_IMAGE_
|
|
Gray478.png
|
Scheme showing early stages of development of the inferior vena cava.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1903_END_INCLUDE_IMAGE_
|
|
Gray479.png
|
Diagram showing development of main cross branches between jugulars and between cardinals.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1904_END_INCLUDE_IMAGE_
|
|
Gray480.png
|
Diagram showing completion of development of the parietal veins.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1905_END_INCLUDE_IMAGE_
|
|
Gray481.png
|
Profile drawings of the dural veins showing principal stages in their development in human embryos from 4 mm. to birth. It is of particular interest to notice their adaptation to the growth and changes in the form of the central nervous system. Fig. 481, 4 mm.; Fig. 482, 14 mm.; Fig. 483, 18 mm.; Fig. 484, 21 mm.; Fig. 485, 35 mm.; Fig. 486, 50 mm. crown-rump length; Fig. 487, 80 mm. crown-rump length; Fig. 488, adult. (After Streeter.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1906_END_INCLUDE_IMAGE_
|
|
Gray482.png
|
Profile drawings of the dural veins showing principal stages in their development in human embryos from 4 mm. to birth. It is of particular interest to notice their adaptation to the growth and changes in the form of the central nervous system. Fig. 481, 4 mm.; Fig. 482, 14 mm.; Fig. 483, 18 mm.; Fig. 484, 21 mm.; Fig. 485, 35 mm.; Fig. 486, 50 mm. crown-rump length; Fig. 487, 80 mm. crown-rump length; Fig. 488, adult. (After Streeter.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1907_END_INCLUDE_IMAGE_
|
|
Gray483.png
|
Profile drawings of the dural veins showing principal stages in their development in human embryos from 4 mm. to birth. It is of particular interest to notice their adaptation to the growth and changes in the form of the central nervous system. Fig. 481, 4 mm.; Fig. 482, 14 mm.; Fig. 483, 18 mm.; Fig. 484, 21 mm.; Fig. 485, 35 mm.; Fig. 486, 50 mm. crown-rump length; Fig. 487, 80 mm. crown-rump length; Fig. 488, adult. (After Streeter.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1908_END_INCLUDE_IMAGE_
|
|
Gray484.png
|
Profile drawings of the dural veins showing principal stages in their development in human embryos from 4 mm. to birth. It is of particular interest to notice their adaptation to the growth and changes in the form of the central nervous system. Fig. 481, 4 mm.; Fig. 482, 14 mm.; Fig. 483, 18 mm.; Fig. 484, 21 mm.; Fig. 485, 35 mm.; Fig. 486, 50 mm. crown-rump length; Fig. 487, 80 mm. crown-rump length; Fig. 488, adult. (After Streeter.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1909_END_INCLUDE_IMAGE_
|
|
Gray485.png
|
Profile drawings of the dural veins showing principal stages in their development in human embryos from 4 mm. to birth. It is of particular interest to notice their adaptation to the growth and changes in the form of the central nervous system. Fig. 481, 4 mm.; Fig. 482, 14 mm.; Fig. 483, 18 mm.; Fig. 484, 21 mm.; Fig. 485, 35 mm.; Fig. 486, 50 mm. crown-rump length; Fig. 487, 80 mm. crown-rump length; Fig. 488, adult. (After Streeter.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1910_END_INCLUDE_IMAGE_
|
|
Gray486.png
|
Profile drawings of the dural veins showing principal stages in their development in human embryos from 4 mm. to birth. It is of particular interest to notice their adaptation to the growth and changes in the form of the central nervous system. Fig. 481, 4 mm.; Fig. 482, 14 mm.; Fig. 483, 18 mm.; Fig. 484, 21 mm.; Fig. 485, 35 mm.; Fig. 486, 50 mm. crown-rump length; Fig. 487, 80 mm. crown-rump length; Fig. 488, adult. (After Streeter.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1911_END_INCLUDE_IMAGE_
|
|
Gray487.png
|
Profile drawings of the dural veins showing principal stages in their development in human embryos from 4 mm. to birth. It is of particular interest to notice their adaptation to the growth and changes in the form of the central nervous system. Fig. 481, 4 mm.; Fig. 482, 14 mm.; Fig. 483, 18 mm.; Fig. 484, 21 mm.; Fig. 485, 35 mm.; Fig. 486, 50 mm. crown-rump length; Fig. 487, 80 mm. crown-rump length; Fig. 488, adult. (After Streeter.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1912_END_INCLUDE_IMAGE_
|
|
Gray488.png
|
Profile drawings of the dural veins showing principal stages in their development in human embryos from 4 mm. to birth. It is of particular interest to notice their adaptation to the growth and changes in the form of the central nervous system. Fig. 481, 4 mm.; Fig. 482, 14 mm.; Fig. 483, 18 mm.; Fig. 484, 21 mm.; Fig. 485, 35 mm.; Fig. 486, 50 mm. crown-rump length; Fig. 487, 80 mm. crown-rump length; Fig. 488, adult. (After Streeter.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1913_END_INCLUDE_IMAGE_
|
|
Gray489.png
|
Posterior wall of the pericardial sac, showing the lines of reflection of the serous pericardium on the great vessels.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1914_END_INCLUDE_IMAGE_
|
|
Gray490.png
|
Front view of heart and lungs.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1915_END_INCLUDE_IMAGE_
|
|
Gray491.png
|
Base and diaphragmatic surface of heart.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1916_END_INCLUDE_IMAGE_
|
|
Gray492.png
|
Sternocostal surface of heart.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1917_END_INCLUDE_IMAGE_
|
|
Gray493.png
|
Interior of right side of heart.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1918_END_INCLUDE_IMAGE_
|
|
Gray494.png
|
Heart seen from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1919_END_INCLUDE_IMAGE_
|
|
Gray495.png
|
Base of ventricles exposed by removal of the atria.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1920_END_INCLUDE_IMAGE_
|
|
Gray496.png
|
Interior of left side of heart.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1921_END_INCLUDE_IMAGE_
|
|
Gray497.png
|
Aorta laid open to show the semilunar valves.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1922_END_INCLUDE_IMAGE_
|
|
Gray498.png
|
Section of the heart showing the ventricular septum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1923_END_INCLUDE_IMAGE_
|
|
Gray499.png
|
Anastomosing muscular fibers of the heart seen in a longitudinal section. On the right the limits of the separate cells with their nuclei are exhibited somewhat diagrammatically.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1924_END_INCLUDE_IMAGE_
|
|
Gray500.png
|
Purkinje’s fibers from the sheep’s heart. A. In longitudinal section. B. In transverse section.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1925_END_INCLUDE_IMAGE_
|
|
Gray501.png
|
Schematic representation of the atrioventricular bundle of His. The bundle, represented in red originates near the orifice of the coronary sinus, undergoes slight enlargement to form a node, passes forward to the ventricular septum, and divides into two limbs. The ultimate distribution cannot be completely shown in this diagram.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1926_END_INCLUDE_IMAGE_
|
|
Gray502.png
|
Plan of the fetal circulation. In this plan the figured arrows represent the kind of blood, as well as the direction which it takes in the vessles. Thus—arterial blood is figured >—>; venous blood, >—>; mixed (arterial and venous) blood, >—>.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1927_END_INCLUDE_IMAGE_
|
|
Gray503.png
|
Transverse section of thorax, showing relations of pulmonary artery.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1928_END_INCLUDE_IMAGE_
|
|
Gray504.png
|
Pulmonary vessels, seen in a dorsal view of the heart and lungs. The lungs have been pulled away from the median line, and a part of the right lung has been cut away to display the air-ducts and bloodvessels.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1929_END_INCLUDE_IMAGE_
|
|
Gray505.png
|
The arch of the aorta, and its branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1930_END_INCLUDE_IMAGE_
|
|
Gray506.png
|
Plan of the branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1931_END_INCLUDE_IMAGE_
|
|
Gray507.png
|
Superficial dissection of the right side of the neck, showing the carotid and subclavian arteries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1932_END_INCLUDE_IMAGE_
|
|
Gray508.png
|
The arteries of the face and scalp. 98
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1933_END_INCLUDE_IMAGE_
|
|
Gray509.png
|
The labial coronary arteries, the glands of the lips, and the nerves of the right side seen from the posterior surface after removal of the mucous membrane. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1934_END_INCLUDE_IMAGE_
|
|
Gray510.png
|
Plan of branches of internal maxillary artery.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1935_END_INCLUDE_IMAGE_
|
|
Gray511.png
|
Plan of branches of internal maxillary artery.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1936_END_INCLUDE_IMAGE_
|
|
Gray512.png
|
The triangles of the neck.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1937_END_INCLUDE_IMAGE_
|
|
Gray513.png
|
The internal carotid and vertebral arteries. Right side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1938_END_INCLUDE_IMAGE_
|
|
Gray514.png
|
The ophthalmic artery and its branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1939_END_INCLUDE_IMAGE_
|
|
Gray515.png
|
Bloodvessels of the eyelids, front view. 1, supraorbital artery and vein; 2, nasal artery; 3, angular artery, the terminal branch of 4, the facial artery; 5, suborbital artery; 6, anterior branch of the superficial temporal artery; 6’, malar branch of the transverse artery of the face; 7, lacrimal artery; 8, superior palpebral artery with 8’, its external arch; 9, anastomoses of the superior palpebral with the superficial temporal and lacrimal; 10, inferior palpebral artery; 11, facial vein; 12, angular vein; 13, branch of the superficial temporal vein. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1940_END_INCLUDE_IMAGE_
|
|
Gray516.png
|
The arteries of the base of the brain. The tempora pole of the cerebrum and a portion of the cerebellar hemisphere have been removed on the right side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1941_END_INCLUDE_IMAGE_
|
|
Gray517.png
|
Outer surface of cerebral hemisphere, showing areas supplied by cerebral arteries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1942_END_INCLUDE_IMAGE_
|
|
Gray518.png
|
Medial surface of cerebral hemisphere, showing areas supplied by cerebral arteries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1943_END_INCLUDE_IMAGE_
|
|
Gray519.png
|
Diagram of the arterial circulation at the base of the brain. A.L. Antero-lateral. A.M. Antero-medial. P.L. Postero-lateral. P.M. Posteromedial ganglionic branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1944_END_INCLUDE_IMAGE_
|
|
Gray520.png
|
Superficial dissection of the right side of the neck, showing the carotid and subclavian arteries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1945_END_INCLUDE_IMAGE_
|
|
Gray521.png
|
The scapular and circumflex arteries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1946_END_INCLUDE_IMAGE_
|
|
Gray522.png
|
The internal mammary artery and its branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1947_END_INCLUDE_IMAGE_
|
|
Gray523.png
|
The axillary artery and its branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1948_END_INCLUDE_IMAGE_
|
|
Gray524.png
|
The scapular and circumflex arteries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1949_END_INCLUDE_IMAGE_
|
|
Gray525.png
|
The brachial artery.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1950_END_INCLUDE_IMAGE_
|
|
Gray526.png
|
Diagram of the anastomosis around the elbow-joint.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1951_END_INCLUDE_IMAGE_
|
|
Gray527.png
|
The radial and ulnar arteries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1952_END_INCLUDE_IMAGE_
|
|
Gray528.png
|
Ulnar and radial arteries. Deep view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1953_END_INCLUDE_IMAGE_
|
|
Gray529.png
|
Arteries of the back of the forearm and hand.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1954_END_INCLUDE_IMAGE_
|
|
Gray530.png
|
The thoracic aorta, viewed from the left side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1955_END_INCLUDE_IMAGE_
|
|
Gray531.png
|
The abdominal aorta and its branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1956_END_INCLUDE_IMAGE_
|
|
Gray532.png
|
The celiac artery and its branches; the liver has been raised, and the lesser omentum and anterior layer of the greater omentum removed.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1957_END_INCLUDE_IMAGE_
|
|
Gray533.png
|
The celiac artery and its branches; the stomach has been raised and the peritoneum removed.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1958_END_INCLUDE_IMAGE_
|
|
Gray534.png
|
The superior mesenteric artery and its branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1959_END_INCLUDE_IMAGE_
|
|
Gray535.png
|
Loop of small intestine showing distribution of intestinal arteries. (From a preparation by Mr. Hamilton Drummond.) The vessels were injected while the gut was in situ; the gut was then removed, and an x-ray photograph taken.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1960_END_INCLUDE_IMAGE_
|
|
Gray536.png
|
Arteries of cecum and vermiform process.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1961_END_INCLUDE_IMAGE_
|
|
Gray537.png
|
The inferior mesenteric artery and its branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1962_END_INCLUDE_IMAGE_
|
|
Gray538.png
|
Sigmoid colon and rectum, showing distribution of branches of inferior mesenteric artery and their anastomoses. (From a preparation by Mr. Hamilton Drummond.) Prepared in same manner as Fig. 535
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1963_END_INCLUDE_IMAGE_
|
|
Gray539.png
|
The arteries of the pelvis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1964_END_INCLUDE_IMAGE_
|
|
Gray540.png
|
The arteries of the internal organs of generation of the female, seen from behind. (After Hyrtl.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1965_END_INCLUDE_IMAGE_
|
|
Gray541.png
|
Variations in origin and course of obturator artery.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1966_END_INCLUDE_IMAGE_
|
|
Gray542.png
|
The superficial branches of the internal pudendal artery.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1967_END_INCLUDE_IMAGE_
|
|
Gray543.png
|
The deeper branches of the internal pudendal artery.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1968_END_INCLUDE_IMAGE_
|
|
Gray544.png
|
The arteries of the gluteal and posterior femoral regions.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1969_END_INCLUDE_IMAGE_
|
|
Gray545.png
|
Femoral sheath laid open to show its three compartments.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1970_END_INCLUDE_IMAGE_
|
|
Gray546.png
|
Structures passing behind the inguinal ligament.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1971_END_INCLUDE_IMAGE_
|
|
Gray547.png
|
The relations of the femoral and abdominal inguinal rings, seen from within the abdomen. Right side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1972_END_INCLUDE_IMAGE_
|
|
Gray548.png
|
Scheme of the femoral artery. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1973_END_INCLUDE_IMAGE_
|
|
Gray549.png
|
The left femoral triangle.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1974_END_INCLUDE_IMAGE_
|
|
Gray550.png
|
The femoral artery.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1975_END_INCLUDE_IMAGE_
|
|
Gray551.png
|
The popliteal, posterior tibial, and peroneal arteries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1976_END_INCLUDE_IMAGE_
|
|
Gray552.png
|
Circumpatellar anastomosis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1977_END_INCLUDE_IMAGE_
|
|
Gray553.png
|
Anterior tibial and dorsalis pedis arteries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1978_END_INCLUDE_IMAGE_
|
|
Gray554.png
|
The plantar arteries. Superficial view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1979_END_INCLUDE_IMAGE_
|
|
Gray555.png
|
The plantar arteries. Deep view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1980_END_INCLUDE_IMAGE_
|
|
Gray556.png
|
Base and diaphragmatic surface of heart.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1981_END_INCLUDE_IMAGE_
|
|
Gray557.png
|
Veins of the head and neck.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1982_END_INCLUDE_IMAGE_
|
|
Gray558.png
|
The veins of the neck, viewed from in front. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1983_END_INCLUDE_IMAGE_
|
|
Gray559.png
|
Veins of the tongue. The hypoglossal nerve has been displaced downward in this preparation. (Testut after Hirschfeld.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1984_END_INCLUDE_IMAGE_
|
|
Gray560.png
|
The veins of the thyroid gland.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1985_END_INCLUDE_IMAGE_
|
|
Gray561.png
|
Diagram showing common arrangement of thyroid veins. (Kocher.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1986_END_INCLUDE_IMAGE_
|
|
Gray562.png
|
The fascia and middle thyroid veins. The veins here designated the inferior thyroid are called by Kocher the thyroidea ima. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1987_END_INCLUDE_IMAGE_
|
|
Gray563.png
|
The vertebral vein. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1988_END_INCLUDE_IMAGE_
|
|
Gray564.png
|
Veins of the diploë as displayed by the removal of the outer table of the skull.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1989_END_INCLUDE_IMAGE_
|
|
Gray565.png
|
Velum interpositum. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1990_END_INCLUDE_IMAGE_
|
|
Gray566.png
|
Superior sagittal sinus laid open after remova of the skull cap. The chordæ Willisii are clearly seen. The venous lacunæ are also well shown; from two of them probes are passed into the superior sagittal sinus. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1991_END_INCLUDE_IMAGE_
|
|
Gray567.png
|
Dura mater and its processes exposed by removing part of the right half of the skull, and the brain.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1992_END_INCLUDE_IMAGE_
|
|
Gray568.png
|
Sagittal section of the skull, showing the sinuses of the dura.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1993_END_INCLUDE_IMAGE_
|
|
Gray569.png
|
Tentorium cerebelli from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1994_END_INCLUDE_IMAGE_
|
|
Gray570.png
|
The sinuses at the base of the skull.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1995_END_INCLUDE_IMAGE_
|
|
Gray571.png
|
Oblique section through the cavernous sinus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1996_END_INCLUDE_IMAGE_
|
|
Gray572.png
|
Veins of orbit. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1997_END_INCLUDE_IMAGE_
|
|
Gray573.png
|
The veins on the dorsum of the hand. (Bourgery.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1998_END_INCLUDE_IMAGE_
|
|
Gray574.png
|
The superficial veins of the upper extremity.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_1999_END_INCLUDE_IMAGE_
|
|
Gray575.png
|
The deep veins of the upper extremity. (Bourgery.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2000_END_INCLUDE_IMAGE_
|
|
Gray576.png
|
The veins of the right axilla, viewed from in front. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2001_END_INCLUDE_IMAGE_
|
|
Gray577.png
|
The venæ cavæ and azygos veins, with their tributaries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2002_END_INCLUDE_IMAGE_
|
|
Gray578.png
|
Transverse section of a thoracic vertebra, showing the vertebral venous plexuses.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2003_END_INCLUDE_IMAGE_
|
|
Gray579.png
|
Median sagittal section of two thoracic vertebræ, showing the vertebral venous plexuses.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2004_END_INCLUDE_IMAGE_
|
|
Gray580.png
|
The great saphenous vein and its tributaries at the fossa ovalis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2005_END_INCLUDE_IMAGE_
|
|
Gray581.png
|
The great saphenous vein and its tributaries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2006_END_INCLUDE_IMAGE_
|
|
Gray582.png
|
The small saphenous vein.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2007_END_INCLUDE_IMAGE_
|
|
Gray583.png
|
The popliteal vein.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2008_END_INCLUDE_IMAGE_
|
|
Gray584.png
|
The femoral vein and its tributaries. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2009_END_INCLUDE_IMAGE_
|
|
Gray585.png
|
The veins of the right half of the male pelvis. (Spalteholz).
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2010_END_INCLUDE_IMAGE_
|
|
Gray586.png
|
The iliac veins. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2011_END_INCLUDE_IMAGE_
|
|
Gray587.png
|
Scheme of the anastomosis of the veins of the rectum. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2012_END_INCLUDE_IMAGE_
|
|
Gray588.png
|
The penis in transverse section, showing the bloodvessels. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2013_END_INCLUDE_IMAGE_
|
|
Gray589.png
|
Vessels of the uterus and its appendages, rear view. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2014_END_INCLUDE_IMAGE_
|
|
Gray590.png
|
Spermatic veins. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2015_END_INCLUDE_IMAGE_
|
|
Gray591.png
|
The portal vein and its tributaries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2016_END_INCLUDE_IMAGE_
|
|
Gray592.png
|
Scheme showing relative positions of primary lymph sacs based on the description given by Florence Sabin.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2017_END_INCLUDE_IMAGE_
|
|
Gray593.png
|
Lymph capillaries of the human conjunctiva: a, conjunctiva corneæ; b, conjunctiva scleroticæ. X 40 dia. (Teichmann.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2018_END_INCLUDE_IMAGE_
|
|
Gray594.png
|
Lymph capillaries from the human scrotum, showing also transition from capillaries to the collecting vessels a, a. X 20 dia. (Teichmann.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2019_END_INCLUDE_IMAGE_
|
|
Gray595.png
|
Lymph capillaries of the cutis from the inner border of the sole of the human foot. a, a, outer layer; b, b, inner layer. X 30 dia. (Teichmann.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2020_END_INCLUDE_IMAGE_
|
|
Gray596.png
|
Vertical section through human tongue; a, a, blind lymph capillaries in the filiform papillæ with the underlying lymphatic plexus. X 45. (Teichmann.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2021_END_INCLUDE_IMAGE_
|
|
Gray597.png
|
Section of small lymph gland of rabbit. X 100.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2022_END_INCLUDE_IMAGE_
|
|
Gray598.png
|
Lymph gland tissue. Highly magnified. a, Trabeculæ. b. Small artery in substance of same. c. Lymph paths. d. Lymph corpuscles. e. Capillary plexus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2023_END_INCLUDE_IMAGE_
|
|
Gray599.png
|
The thoracic and right lymphatic ducts.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2024_END_INCLUDE_IMAGE_
|
|
Gray600.png
|
Modes of origin of thoracic duct. (Poirier and Charpy.) a. Thoracic duct. a’. Cisterna chyli. b, c’ Efferent trunks from lateral aortic glands. d. An efferent vessel which pierces the left crus of the diaphragm. e. f. Lateral aortic glands. h. Retroaortic glands. i. Intestinal trunk. j. Descending branch from intercostal lymphatics.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2025_END_INCLUDE_IMAGE_
|
|
Gray601.png
|
Terminal collecting trunks of right side. a. Jugular trunk. b. Subclavian trunk. c. Bronchomediastinal trunk. d. Right lymphatic trunk. e. Gland of internal mammary chain. f. Gland of deep cervical chain. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2026_END_INCLUDE_IMAGE_
|
|
Gray602.png
|
Superficial lymph glands and lymphatic vessels of head and neck.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2027_END_INCLUDE_IMAGE_
|
|
Gray603.png
|
Lymphatics of pharynx. (Poirier and Charpy.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2028_END_INCLUDE_IMAGE_
|
|
Gray604.png
|
The lymphatics of the face. (After Küttner.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2029_END_INCLUDE_IMAGE_
|
|
Gray605.png
|
Lymphatics of the tongue. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2030_END_INCLUDE_IMAGE_
|
|
Gray606.png
|
The superficial lymph glands and lymphatic vessels of the upper extremity.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2031_END_INCLUDE_IMAGE_
|
|
Gray607.png
|
Lymphatics of the mamma, and the axillary glands (semidiagrammatic). (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2032_END_INCLUDE_IMAGE_
|
|
Gray608.png
|
Lymphatic vessels of the dorsal surface of the hand. (Sappey.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2033_END_INCLUDE_IMAGE_
|
|
Gray609.png
|
Lymph glands of popliteal fossa. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2034_END_INCLUDE_IMAGE_
|
|
Gray610.png
|
The superficial lymph glands and lymphatic vessels of the lower extremity.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2035_END_INCLUDE_IMAGE_
|
|
Gray611.png
|
The parietal lymph glands of the pelvis. (Cunéo and Marcille.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2036_END_INCLUDE_IMAGE_
|
|
Gray612.png
|
Iliopelvic glands (lateral view). (Cunéo and Marcille.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2037_END_INCLUDE_IMAGE_
|
|
Gray613.png
|
Lymphatics of stomach, etc. (Jamieson and Dobson.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2038_END_INCLUDE_IMAGE_
|
|
Gray614.png
|
Lymphatics of stomach, etc. The stomach has been turned upward. (Jamieson and Dobson.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2039_END_INCLUDE_IMAGE_
|
|
Gray615.png
|
The lymphatics of cecum and vermiform process from the front. (Jamieson and Dobson.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2040_END_INCLUDE_IMAGE_
|
|
Gray616.png
|
The lymphatics of cecum and vermiform process from behind. (Jamieson and Dobson.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2041_END_INCLUDE_IMAGE_
|
|
Gray617.png
|
Lymphatics of colon. (Jamieson and Dobson.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2042_END_INCLUDE_IMAGE_
|
|
Gray618.png
|
Lymphatics of the bladder. (Cunéo and Marcille.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2043_END_INCLUDE_IMAGE_
|
|
Gray619.png
|
Lymphatics of the prostate. (Cunéo and Marcille.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2044_END_INCLUDE_IMAGE_
|
|
Gray620.png
|
Lymphatics of the uterus. (Cunéo and Marcille.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2045_END_INCLUDE_IMAGE_
|
|
Gray621.png
|
Deep lymph nodes and vessels of the thorax and abdomen (diagrammatic). Afferent vessels are represented by continuous lines, and efferent and internodular vessels by dotted lines. (Cunningham.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2046_END_INCLUDE_IMAGE_
|
|
Gray622.png
|
The tracheobronchial lymph glands. (From a figure designed by M. Hallé.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2047_END_INCLUDE_IMAGE_
|
|
Gray623.png
|
Neuroglia cells of brain shown by Golgi’s method. A. Cell with branched processes. B. Spider cell with unbranched processes. (After Andriezen.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2048_END_INCLUDE_IMAGE_
|
|
Gray624.png
|
Various forms of nerve cells. A. Pyramidal cell. B. Small multipolar cell, in which the axon quickly divides into numerous branches. C. Small fusiform cell. D and E. Ganglion cells (E shows T-shaped division of axon). ax. Axon. c. Capsule.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2049_END_INCLUDE_IMAGE_
|
|
Gray625.png
|
Bipolar nerve cell from the spinal ganglion of the pike. (After Kölliker.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2050_END_INCLUDE_IMAGE_
|
|
Gray626.png
|
Motor nerve cell from ventral horn of medulla spinalis of rabbit. The angular and spindle-shaped Nissl bodies are well shown. (After Nissl.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2051_END_INCLUDE_IMAGE_
|
|
Gray627.png
|
Pyramidal cell from the cerebral cortex of a mouse. (After Ramón y Cajal.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2052_END_INCLUDE_IMAGE_
|
|
Gray628.png
|
Cell of Purkinje from the cerebellum. Golgi method. (Cajal.) a. Axon. b. Collateral. c and d. Dendrons.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2053_END_INCLUDE_IMAGE_
|
|
Gray629.png
|
Nerve cells of kitten, showing neurofibrils. (Cajal.) a. Axon. b. Cyton. c. Nucleus. d. Neurofibrils.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2054_END_INCLUDE_IMAGE_
|
|
Gray630.png
|
Medullated nerve fibers. X 350.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2055_END_INCLUDE_IMAGE_
|
|
Gray631.png
|
Diagram of longitudinal sections of medullated nerve fibers. Osmic acid.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2056_END_INCLUDE_IMAGE_
|
|
Gray632.png
|
Transverse sections of medullated nerve fibers. Osmic acid.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2057_END_INCLUDE_IMAGE_
|
|
Gray633.png
|
Diagram of medullated nerve fibers stained with osmic acid. X 425. (Schäfer.) R. Nodes of Ranvier. a. Neurolemma. c. Nucleus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2058_END_INCLUDE_IMAGE_
|
|
Gray634.png
|
Medullated nerve fibers stained with silver nitrate.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2059_END_INCLUDE_IMAGE_
|
|
Gray635.png
|
A small nervous branch from the sympathetic of a mammal. a. Two medullated nerve fibers among a number of gray nerve fibers, b.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2060_END_INCLUDE_IMAGE_
|
|
Gray636.png
|
Transverse section of human tibial nerve.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2061_END_INCLUDE_IMAGE_
|
|
Gray637.png
|
Muscular fibers of Lacerta viridis with the terminations of nerves. a. Seen in profile. P, P. The nerve end-plates. S, S. The base of the plate, consisting of a granular mass with nuclei. b. The same as seen in looking at a perfectly fresh fiber, the nervous ends being probably still excitable. (The forms of the variously divided plate can hardly be represented in a woodcut by sufficiently delicate and pale contours to reproduce correctly what is seen in nature.) c. The same as seen two hours after death from poisoning by curare.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2062_END_INCLUDE_IMAGE_
|
|
Gray638.png
|
Transverse section of spinal ganglion of rabbit. A. Ganglion. X 30. a. Large clear nerve cell. b. Small deeply staining nerve cell. c. Nuclei of capsule. X 250. The lines in the center point to the corresponding cells in the ganglion.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2063_END_INCLUDE_IMAGE_
|
|
Gray639.png
|
Transverse section of sympathetic ganglion of cat. A. Ganglion. X 50. a. A nerve cell. X 250.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2064_END_INCLUDE_IMAGE_
|
|
Gray640.png
|
Section of medulla spinalis of a four weeks’ embryo. (His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2065_END_INCLUDE_IMAGE_
|
|
Gray641.png
|
Transverse section of the medulla spinalis of a human embryo at the beginning of the fourth week. The left edge of the figure corresponds to the lining of the central canal. (His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2066_END_INCLUDE_IMAGE_
|
|
Gray642.png
|
aged about four and a half weeks.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2067_END_INCLUDE_IMAGE_
|
|
Gray643.png
|
aged about three months.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2068_END_INCLUDE_IMAGE_
|
|
Gray644.png
|
Two stages in the development of the neural crest in the human embryo. (Lenhossèk.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2069_END_INCLUDE_IMAGE_
|
|
Gray645.png
|
Reconstruction of periphera nerves of a human embryo of 10.2 mm. (After His.) The abducent nerve is not labelled, but is seen passing forward to the eye under the mandibular and maxillary nerves.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2070_END_INCLUDE_IMAGE_
|
|
Gray646.png
|
Diagram to illustrate the alar and basal laminæ of brain vesicles. (His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2071_END_INCLUDE_IMAGE_
|
|
Gray647.png
|
Transverse section of medulla oblongata of human embryo. X 32. (Kollmann.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2072_END_INCLUDE_IMAGE_
|
|
Gray648.png
|
Transverse section of medulla oblongata of human embryo. (After His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2073_END_INCLUDE_IMAGE_
|
|
Gray649.png
|
Hind-brain of a human embryo of three months—viewed from behind and partly from left side. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2074_END_INCLUDE_IMAGE_
|
|
Gray650.png
|
Exterior of brain of human embryo of four and a half weeks. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2075_END_INCLUDE_IMAGE_
|
|
Gray651.png
|
Brain of human embryo of four and a half weeks, showing interior of fore-brain. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2076_END_INCLUDE_IMAGE_
|
|
Gray652.png
|
Exterior of brain of human embryo of five weeks. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2077_END_INCLUDE_IMAGE_
|
|
Gray653.png
|
Interior of brain of human embryo of five weeks. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2078_END_INCLUDE_IMAGE_
|
|
Gray654.png
|
Median sagittal section of brain of human embryo of three months. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2079_END_INCLUDE_IMAGE_
|
|
Gray655.png
|
Inferior surface of brain of embryo at beginning of fourth month. (From Kollmann.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2080_END_INCLUDE_IMAGE_
|
|
Gray656.png
|
Diagrammatic coronal section of brain to show relations of neopallium. (After His.) Cs. Corpus striatum. Th. Thalamus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2081_END_INCLUDE_IMAGE_
|
|
Gray657.png
|
Median sagittal section of brain of human embryo of four months. (Marchand.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2082_END_INCLUDE_IMAGE_
|
|
Gray658.png
|
Outer surface of cerebral hemisphere of human embryo of about five months.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2083_END_INCLUDE_IMAGE_
|
|
Gray659.png
|
Transverse section of medulla oblongata of human embryo. X 32. (Kollmann)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2084_END_INCLUDE_IMAGE_
|
|
Gray660.png
|
Transverse section of medulla oblongata of human embryo. (After His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2085_END_INCLUDE_IMAGE_
|
|
Gray661.png
|
Sagittal section of vertebral canal to show the lower end of the medulla spinalis and the filum terminale. Li, Lv. First and fifth lumbar vertebræ. Sii. Second sacral vertebra. 1. Dura mater. 2. Lower part of tube of dura mater. 3. Lower extremity of medulla spinalis. 4. Intradural, and 5, Extradural portions of filum terminale. 6. Attachment of filum terminale to first segment of coccyx. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2086_END_INCLUDE_IMAGE_
|
|
Gray662.png
|
Cauda equina and filum terminale seen from behind. The dura mater has been opened and spread out, and the arachnoid has been removed.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2087_END_INCLUDE_IMAGE_
|
|
Gray663.png
|
Diagrams of the medulla spinalis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2088_END_INCLUDE_IMAGE_
|
|
Gray664.png
|
Transverse section of the medulla spinalis in the mid-thoracic region.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2089_END_INCLUDE_IMAGE_
|
|
Gray665.png
|
Curves showing the sectional area at different levels of the cord. The ordinates show the area in sq. mm. (Donaldson and Davis.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2090_END_INCLUDE_IMAGE_
|
|
Gray666.png
|
Transverse sections of the medulla spinalis at different levels.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2091_END_INCLUDE_IMAGE_
|
|
Gray667.png
|
Section of central canal of medulla spinalis, showing ependymal and neuroglial cells. (v. Lenhossek.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2092_END_INCLUDE_IMAGE_
|
|
Gray668.png
|
Cells of medulla spinalis. Diagram showing in longitudinal section the intersegmental neurons of the medulla spinalis. The gray and white parts correspond respectively to the gray and white substance of the medulla spinalis. (Poirier.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2093_END_INCLUDE_IMAGE_
|
|
Gray669.png
|
Diagram showing a few of the connections of afferent (sensory) fibers of the posterior root with the efferent fibers from the ventral column and with the various long ascending fasciculi.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2094_END_INCLUDE_IMAGE_
|
|
Gray670.png
|
Diagram showing possible connection of long descending fibers from higher centers with the motor cells of the ventral column through association fibers.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2095_END_INCLUDE_IMAGE_
|
|
Gray671.png
|
Transverse sections of the medulla spinalis at different levels to show the arrangement of the principal cell columns.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2096_END_INCLUDE_IMAGE_
|
|
Gray672.png
|
Diagram of the principal fasciculi of the spinal cord.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2097_END_INCLUDE_IMAGE_
|
|
Gray673.png
|
Formation of the fasciculus gracilis. Medulla spinalis viewed from behind. To the left, the fasciculus gracilis is shaded. To the right, the drawing shows that the fasciculus gracilis is formed by the long fibers of the posterior roots, and that in this tract the sacral nerves lie next the median plane, the lumbar to their lateral side, and the thoracic still more laterally. (Poirier.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2098_END_INCLUDE_IMAGE_
|
|
Gray674.png
|
Descending fibers in the posterior funiculi, shown at different levels. A. In the conus medullaris. B. In the lumbar region. C. In the lower thoracic region. D. In the upper thoracic region. (After Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2099_END_INCLUDE_IMAGE_
|
|
Gray675.png
|
A spinal nerve with its anterior and posterior roots.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2100_END_INCLUDE_IMAGE_
|
|
Gray676.png
|
Posterior roots entering medulla spinalis and dividing into ascending and descending branches. (Van Gehuchten.) a. Stem fiber. b, b. Ascending and descending limbs of bifurcation. c. Collateral arising from stem fiber.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2101_END_INCLUDE_IMAGE_
|
|
Gray677.png
|
Scheme showing the connections of the several parts of the brain. (After Schwalbe.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2102_END_INCLUDE_IMAGE_
|
|
Gray678.png
|
Schematic representation of the chief ganglionic categories (I to V). (Spitzka.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2103_END_INCLUDE_IMAGE_
|
|
Gray679.png
|
Medulla oblongata and pons. Anterior surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2104_END_INCLUDE_IMAGE_
|
|
Gray680.png
|
Decussation of pyramids. Scheme showing passage of various fasciculi from medulla spinalis to medulla oblongata. a. Pons. b. Medulla oblongata. c. Decussation of the pyramids. d. Section of cervical part of medulla spinalis. 1. Anterior cerebrospinal fasciculus (in red). 2. Lateral cerebrospinal fasciculus (in red). 3. Sensory tract (fasciculi gracilis et cuneatus) (in blue). 3’. Gracile and cuneate nuclei. 4. Antero-lateral proper fasciculus (in dotted line). 5. Pyramid. 6. Lemniscus. 7. Medial longitudinal fasciculus. 8. Ventral spinocerebellar fasciculus (in blue). 9. Dorsal spinocerebellar fasciculus (in yellow). (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2105_END_INCLUDE_IMAGE_
|
|
Gray681.png
|
Hind- and mid-brains; postero-lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2106_END_INCLUDE_IMAGE_
|
|
Gray682.png
|
Superficial dissection of brain-stem. Lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2107_END_INCLUDE_IMAGE_
|
|
Gray683.png
|
Dissection of brain-stem. Lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2108_END_INCLUDE_IMAGE_
|
|
Gray684.png
|
Deep dissection of brain-stem. Lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2109_END_INCLUDE_IMAGE_
|
|
Gray685.png
|
Deep dissection of brain-stem. Lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2110_END_INCLUDE_IMAGE_
|
|
Gray686.png
|
Upper part of medulla spinalis and hind- and mid-brains; posterior aspect, exposed in situ.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2111_END_INCLUDE_IMAGE_
|
|
Gray687.png
|
Section of the medulla oblongata through the lower part of the decussation of the pyramids. (Testut.) 1. Anterior median fissure. 2. Posterior median sulcus. 3. Anterior column (in red), with 3’, anterior root. 4. Posterior column (in blue), with 4’, posterior roots. 5. Lateral cerebrospinal fasciculus. 6. Posterior funiculus. The red arrow, a, a’, indicates the course the lateral cerebrospinal fasciculus takes at the level of the decussation of the pyramids; the blue arrow, b, b’, indicates the course which the sensory fibers take.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2112_END_INCLUDE_IMAGE_
|
|
Gray688.png
|
Section of the medulla oblongata at the level of the decussation of the pyramids. (Testut.) 1. Anterior median fissure. 2. Posterior median sulcus. 3. Motor roots. 4. Sensory roots. 5. Base of the anterior column, from which the head (5’) has been detached by the lateral cerebrospinal fasciculus. 6. Decussation of the lateral cerebrospinal fasciculus. 7. Posterior columns (in blue). 8. Gracile nucleus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2113_END_INCLUDE_IMAGE_
|
|
Gray689.png
|
Superficial dissection of brain-stem. Ventral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2114_END_INCLUDE_IMAGE_
|
|
Gray690.png
|
Deep dissection of brain-stem. Ventral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2115_END_INCLUDE_IMAGE_
|
|
Gray691.png
|
Dissection of brain-stem. Dorsal view. The nuclear masses of the medulla are taken from model by Weed, Carnegie Publication, No. 19.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2116_END_INCLUDE_IMAGE_
|
|
Gray692.png
|
Superior terminations of the posterior fasciculi of the medulla spinalis. 1. Posterior median sulcus. 2. Fasciculus gracilis. 3. Fasciculus cuneatus. 4. Gracile nucleus. 5. Cuneate nucleus. 6, 6’, 6’’. Sensory fibers forming the lemniscus. 7. Sensory decussation. 8. Cerebellar fibers uncrossed (in black). 9. Cerebellar fibers crossed (in black). (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2117_END_INCLUDE_IMAGE_
|
|
Gray693.png
|
Transverse section passing through the sensory decussation. (Schematic.) 1. Anterior median fissure. 2. Posterior median sulcus. 3, 3. Head and base of anterior column (in red). 4. Hypoglossal nerve. 5. Bases of posterior columns. 6. Gracile nucleus. 7. Cuneate nucleus. 8, 8. Lemniscus. 9. Sensory decussation. 10. Cerebrospinal fasciculus. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2118_END_INCLUDE_IMAGE_
|
|
Gray694.png
|
Section of the medulla oblongata at about the middle of the olive. (Schwalbe.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2119_END_INCLUDE_IMAGE_
|
|
Gray695.png
|
Transverse section of medulla oblongata below the middle of the olive.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2120_END_INCLUDE_IMAGE_
|
|
Gray696.png
|
The cranial nerve nuclei schematically represented; dorsal view. Motor nuclei in red; sensory in blue. (The olfactory and optic centers are not represented.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2121_END_INCLUDE_IMAGE_
|
|
Gray697.png
|
Nuclei of origin of cranial motor nerves schematically represented; lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2122_END_INCLUDE_IMAGE_
|
|
Gray698.png
|
Primary terminal nuclei of the afferent (sensory) cranial nerves schematically represented; lateral view. The olfactory and optic centers are not represented.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2123_END_INCLUDE_IMAGE_
|
|
Gray699.png
|
Diagram showing the course of the arcuate fibers. (Testut.) 1. Medulla oblongata anterior surface. 2. Anterior median fissure. 3. Fourth ventricle. 4. Inferior olivary nucleus, with the accessory olivary nuclei. 5. Gracile nucleus. 6. Cuneate nucleus. 7. Trigeminal. 8. Inferior peduncles, seen from in front. 9. Posterior external arcuate fibers. 10. Anterior external arcuate fibers. 11. Internal arcuate fibers. 12. Peduncle of inferior olivary nucleus. 13. Nucleus arcuatus. 14. Vagus. 15. Hypoglossal.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2124_END_INCLUDE_IMAGE_
|
|
Gray700.png
|
The formatio reticularis of the medulla oblongata, shown by a transverse section passing through the middle of the olive. (Testut.) 1. Anterior median fissure. 2. Fourth ventricle. 3. Formatio reticularis, with 3’, its internal part (reticularis alba), and 3’’, its external part (reticularis grisea). 4. Raphé. 5. Pyramid. 6. Lemniscus. 7. Inferior olivary nucleus with the two accessory olivary nuclei. 8. Hypoglossal nerve, with 8’, its nucleus of origin. 9. Vagus nerve, with 9’, its nucleus of termination. 10. Lateral dorsal acoustic nucleus. 11. Nucleus ambiguus (nucleus of origin of motor fibers of glossopharyngeal, vagus, and cerebral portion of spinal accessory). 12. Gracile nucleus. 13. Cuneate nucleus. 14. Head of posterior column, with 14’, the lower sensory root of trigeminal nerve. 15. Fasciculus solitarius. 16. Anterior external arcuate fibers, with 16’, the nucleus arcuatus. 17. Nucleus lateralis 18. Nucleus of fasciculus teres. 19. Ligula.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2125_END_INCLUDE_IMAGE_
|
|
Gray701.png
|
Coronal section of the pons, at its upper part.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2126_END_INCLUDE_IMAGE_
|
|
Gray702.png
|
Upper surface of the cerebellum. (Schäfer.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2127_END_INCLUDE_IMAGE_
|
|
Gray703.png
|
Under surface of the cerebellum. (Schäfer.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2128_END_INCLUDE_IMAGE_
|
|
Gray704.png
|
Sagittal section of the cerebellum, near the junction of the vermis with the hemisphere. (Schäfer.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2129_END_INCLUDE_IMAGE_
|
|
Gray705.png
|
Dissection showing the projection fibers of the cerebellum. (After E. B. Jamieson.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2130_END_INCLUDE_IMAGE_
|
|
Gray706.png
|
Transverse section of a cerebellar folium. (Diagrammatic, after Cajal and Kölliker.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2131_END_INCLUDE_IMAGE_
|
|
Gray707.png
|
Sagittal section through right cerebellar hemisphere. The right olive has also been cut sagitally.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2132_END_INCLUDE_IMAGE_
|
|
Gray708.png
|
Scheme of roof of fourth ventricle. The arrow is in the foramen of Majendie.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2133_END_INCLUDE_IMAGE_
|
|
Gray709.png
|
Rhomboid fossa.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2134_END_INCLUDE_IMAGE_
|
|
Gray710.png
|
Coronal section through mid-brain. (Schematic.) (Testut.) 1. Corpora quadrigemina. 2. Cerebral aqueduct. 3. Central gray stratum. 4. Interpeduncular space. 5. Sulcus lateralis. 6. Substantia nigra. 7. Red nucleus of tegmentum. 8. Oculomotor nerve, with 8’, its nucleus of origin. a. Lemniscus (in blue) with a’ the medial lemniscus and a" the lateral lemniscus. b. Medial longitudinal fasciculus. c. Raphé. d. Temporopontine fibers. e. Portion of medial lemniscus, which runs to the lentiform nucleus and insula. f. Cerebrospinal fibers. g. Frontopontine fibers.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2135_END_INCLUDE_IMAGE_
|
|
Gray711.png
|
Transverse section of mid-brain at level of inferior colliculi.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2136_END_INCLUDE_IMAGE_
|
|
Gray712.png
|
Transverse section of mid-brain at level of superior colliculi.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2137_END_INCLUDE_IMAGE_
|
|
Gray713.png
|
Scheme showing the course of the fibers of the lemniscus; medial lemniscus in blue, lateral in red.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2138_END_INCLUDE_IMAGE_
|
|
Gray714.png
|
Transverse section passing through the sensory decussation. Schematic. (Testut.) 1. Anterior median fissure. 2. Posterior median sulcus. 3, 3’. Head and base of anterior column (in red). 4. Hypoglossal nerve. 5. Bases of posterior column. 6. Gracile nucleus. 7. Cuneate nucleus. 8, 8. Lemniscus. 9. Sensory decussation. 10. Cerebrospinal fasciculus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2139_END_INCLUDE_IMAGE_
|
|
Gray715.png
|
Mesal aspect of a brain sectioned in the median sagittal plane.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2140_END_INCLUDE_IMAGE_
|
|
Gray716.png
|
Dissection showing the ventricles of the brain.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2141_END_INCLUDE_IMAGE_
|
|
Gray717.png
|
Coronal section of brain immediately in front of pons.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2142_END_INCLUDE_IMAGE_
|
|
Gray718.png
|
Coronal section of brain through intermediate mass of third ventricle.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2143_END_INCLUDE_IMAGE_
|
|
Gray719.png
|
Hind- and mid-brains; postero-lateral view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2144_END_INCLUDE_IMAGE_
|
|
Gray720.png
|
Median sagittal section of brain. The relations of the pia mater are indicated by the red color.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2145_END_INCLUDE_IMAGE_
|
|
Gray721.png
|
The hypophysis cerebri, in position. Shown in sagittal section.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2146_END_INCLUDE_IMAGE_
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|
Gray722.png
|
Scheme showing central connections of the optic nerves and optic tracts.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2147_END_INCLUDE_IMAGE_
|
|
Gray723.png
|
Coronal section of lateral and third ventricles. (Diagrammatic.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2148_END_INCLUDE_IMAGE_
|
|
Gray724.png
|
Base of brain.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2149_END_INCLUDE_IMAGE_
|
|
Gray725.png
|
Lateral surface of left cerebral hemisphere, viewed from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2150_END_INCLUDE_IMAGE_
|
|
Gray726.png
|
Lateral surface of left cerebral hemisphere, viewed from the side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2151_END_INCLUDE_IMAGE_
|
|
Gray727.png
|
Medial surface of left cerebral hemisphere.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2152_END_INCLUDE_IMAGE_
|
|
Gray728.png
|
Principal fissures and lobes of the cerebrum viewed laterally.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2153_END_INCLUDE_IMAGE_
|
|
Gray729.png
|
Orbital surface of left frontal lobe.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2154_END_INCLUDE_IMAGE_
|
|
Gray730.png
|
Section of brain showing upper surface of temporal lobe.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2155_END_INCLUDE_IMAGE_
|
|
Gray731.png
|
The insula of the left side, exposed by removing the opercula.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2156_END_INCLUDE_IMAGE_
|
|
Gray732.png
|
Scheme of rhinencephalon.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2157_END_INCLUDE_IMAGE_
|
|
Gray733.png
|
Corpus callosum from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2158_END_INCLUDE_IMAGE_
|
|
Gray734.png
|
Scheme showing relations of the ventricles to the surface of the brain.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2159_END_INCLUDE_IMAGE_
|
|
Gray735.png
|
Drawing of a cast of the ventricular cavities, viewed from above. (Retzius.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2160_END_INCLUDE_IMAGE_
|
|
Gray736.png
|
Drawing of a cast of the ventricular cavities, viewed from the side. (Retzius.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2161_END_INCLUDE_IMAGE_
|
|
Gray737.png
|
Central part and anterior and posterior cornua of lateral ventricles exposed from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2162_END_INCLUDE_IMAGE_
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|
Gray738.png
|
Coronal section through posterior cornua of lateral ventricle.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2163_END_INCLUDE_IMAGE_
|
|
Gray739.png
|
Posterior and inferior cornua of left lateral ventricle exposed from the side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2164_END_INCLUDE_IMAGE_
|
|
Gray740.png
|
Inferior and posterior cornua, viewed from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2165_END_INCLUDE_IMAGE_
|
|
Gray741.png
|
Two views of a model of the striatum: A, lateral aspect; B, mesal aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2166_END_INCLUDE_IMAGE_
|
|
Gray742.png
|
Horizontal section of right cerebral hemisphere.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2167_END_INCLUDE_IMAGE_
|
|
Gray743.png
|
Coronal section through anterior cornua of lateral ventricles.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2168_END_INCLUDE_IMAGE_
|
|
Gray744.png
|
Coronal section of brain through anterior commissure.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2169_END_INCLUDE_IMAGE_
|
|
Gray745.png
|
Dissection showing the course of the cerebrospinal fibers. (E. B. Jamieson.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2170_END_INCLUDE_IMAGE_
|
|
Gray746.png
|
Diagram of the tracts in the internal capsule. Motor tract red. The sensory tract (blue) is not direct, but formed of neurons receiving impulses from below in the thalamus and transmitting them to the cortex. The optic radiation (occipitothalamic) is shown in violet.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2171_END_INCLUDE_IMAGE_
|
|
Gray747.png
|
Diagram of the fornix. (Spitzka.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2172_END_INCLUDE_IMAGE_
|
|
Gray748.png
|
The fornix and corpus callosum from below. (From a specimen in the Department of Human Anatomy of the University of Oxford.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2173_END_INCLUDE_IMAGE_
|
|
Gray749.png
|
Coronal section of inferior horn of lateral ventricle. (Diagrammatic.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2174_END_INCLUDE_IMAGE_
|
|
Gray750.png
|
Tela chorioidea of the third ventricle, and the choroid plexus of the left lateral ventricle, exposed from above.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2175_END_INCLUDE_IMAGE_
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|
Gray751.png
|
Diagram showing principal systems of association fibers in the cerebrum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2176_END_INCLUDE_IMAGE_
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|
Gray752.png
|
Dissection of cortex and brain-stem showing association fibers and island of Reil after removal of its superficial gray substance.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2177_END_INCLUDE_IMAGE_
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|
Gray753.png
|
Deep dissection of cortex and brain-stem.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2178_END_INCLUDE_IMAGE_
|
|
Gray754.png
|
Cerebral cortex. (Poirier.) To the left, the groups of cells; to the right, the systems of fibers. Quite to the left of the figure a sensory nerve fiber is shown.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2179_END_INCLUDE_IMAGE_
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|
Gray755.png
|
Coronal section of olfactory bulb. (Schwalbe.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2180_END_INCLUDE_IMAGE_
|
|
Gray756.png
|
Areas of localization on lateral surface of hemisphere. Motor area in red. Area of general sensations in blue. Auditory area in green. Visula area in yellow. The psychic portions are in lighter tints.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2181_END_INCLUDE_IMAGE_
|
|
Gray757.png
|
Areas of localization on medial surface of hemisphere. Motor area in red. Area of general sensations in blue. Visual area in yellow. Olfactory area in purple. The psychic portions are in lighter tints.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2182_END_INCLUDE_IMAGE_
|
|
Gray758.png
|
Diagram of the spinal cord reflex apparatus. Some of the connections of a single afferent neuron from the skin (d.r.2) are indicated: d.r.2, dorsal root from second spinal ganglion; m, muscles; sp.g.1 to sp.g.4, spinal ganglia; v.r.1' to v.r.4, ventral roots. (After Herrick.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2183_END_INCLUDE_IMAGE_
|
|
Gray759.png
|
The sensory tract. (Modified from Poirier.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2184_END_INCLUDE_IMAGE_
|
|
Gray760.png
|
Terminal nuclei of the cochlear nerve, with their upper connections. (Schematic.) The vestibular nerve with its terminal nuclei and their efferent fibers have been suppressed. On the other hand, in order not to obscure the trapezoid body, the efferent fibers of the terminal nuclei on the right side have been resected in a considerable portion of their extent. The trapezoid body, therefore, shows only one-half of its fibers, viz., those which come from the left. 1. Vestibular nerve, divided at its entrance into the medulla oblongata. 2. Cochlear nerve. 3. Accessory nucleus of acoustic nerve. 4. Tuberculum acusticum. 5. Efferent fibers of accessory nucleus. 6. Efferent fibers of tuberculum acusticum, forming the striae medullares, with 6’, their direct bundle going to the superior olivary nucleus of the same side; 6’’, their decussating bundles going to the superior olivary nucleus of the opposite side. 7. Superior olivary nucleus. 8. Trapezoid body. 9. Trapezoid nucleus. 10. Central acoustic tract (lateral lemniscus). 11. Raphé. 12. Cerebrospinal fasciculus. 13. Fourth ventricle. 14. Inferior peduncle. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2185_END_INCLUDE_IMAGE_
|
|
Gray761.png
|
Terminal nuclei of the vestibular nerve, with their upper connections. (Schematic.) 1. Cochlear nerve, with its two nuclei. 2. Accessory nucleus. 3. Tuberculum acusticum. 4. Vestibular nerve. 5. Internal nucleus. 6. Nucleus of Deiters. 7. Nucleus of Bechterew. 8. Inferior or descending root of acoustic. 9. Ascending cerebellar fibers. 10. Fibers going to raphé. 11. Fibers taking an oblique course. 12. Lemniscus. 13. Inferior sensory root of trigeminal. 14. Cerebrospinal fasciculus. 15. Raphé. 16. Fourth ventricle. 17. Inferior peduncle. Origin of striæ medullares. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2186_END_INCLUDE_IMAGE_
|
|
Gray762.png
|
Figure showing the different groups of cells, which constitute, according to Perlia, the nucleus of origin of the oculomotor nerve. 1. Posterior dorsal nucleus. 1’. Posterior ventral nucleus. 2. Anterior dorsal nucleus. 2’. Anterior ventral nucleus. 3. Central nucleus. 4. Nucleus of Edinger and Westphal. 5. Antero-internal nucleus. 6. Antero-external nucleus. 8. Crossed fibers. 9. Trochlear nerve, with 9’, its nucleus of origin, and 9", its decussation. 10. Third ventricle. M, M. Median line. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2187_END_INCLUDE_IMAGE_
|
|
Gray763.png
|
Scheme showing central connections of the optic nerves and optic tracts.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2188_END_INCLUDE_IMAGE_
|
|
Gray764.png
|
The motor tract. (Modified from Poirier.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2189_END_INCLUDE_IMAGE_
|
|
Gray765.png
|
Dura mater and its processes exposed by removing part of the right half of the skull and the brain.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2190_END_INCLUDE_IMAGE_
|
|
Gray766.png
|
Tentorium cerebelli seen from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2191_END_INCLUDE_IMAGE_
|
|
Gray767.png
|
The medulla spinalis and its membranes.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2192_END_INCLUDE_IMAGE_
|
|
Gray768.png
|
Diagram showing the positions of the three principal subarachnoid cisternæ.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2193_END_INCLUDE_IMAGE_
|
|
Gray769.png
|
Diagrammatic representation of a section across the top of the skull, showing the membranes of the brain, etc. (Modified from Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2194_END_INCLUDE_IMAGE_
|
|
Gray770.png
|
Diagrammatic transverse section of the medulla spinalis and its membranes.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2195_END_INCLUDE_IMAGE_
|
|
Gray771.png
|
Nerves of septum of nose. Right side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2196_END_INCLUDE_IMAGE_
|
|
Gray772.png
|
Plan of olfactory neurons.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2197_END_INCLUDE_IMAGE_
|
|
Gray773.png
|
The left optic nerve and the optic tracts.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2198_END_INCLUDE_IMAGE_
|
|
Gray774.png
|
Scheme showing central connections of the optic nerves and optic tracts.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2199_END_INCLUDE_IMAGE_
|
|
Gray775.png
|
Plan of oculomotor nerve.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2200_END_INCLUDE_IMAGE_
|
|
Gray776.png
|
Nerves of the orbit. Seen from above.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2201_END_INCLUDE_IMAGE_
|
|
Gray777.png
|
Nerves of the orbit, and the ciliary ganglion. Side view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2202_END_INCLUDE_IMAGE_
|
|
Gray778.png
|
Distribution of the maxillary and mandibular nerves, and the submaxillary ganglion.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2203_END_INCLUDE_IMAGE_
|
|
Gray779.png
|
Alveolar branches of superior maxillary nerve and sphenopalatine ganglion. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2204_END_INCLUDE_IMAGE_
|
|
Gray780.png
|
The sphenopalatine ganglion and its branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2205_END_INCLUDE_IMAGE_
|
|
Gray781.png
|
Mandibular division of the trifacial nerve. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2206_END_INCLUDE_IMAGE_
|
|
Gray782.png
|
Mandibular division of trifacial nerve, seen from the middle line. The small figure is an enlarged view of the otic ganglion. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2207_END_INCLUDE_IMAGE_
|
|
Gray783.png
|
The otic ganglion and its branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2208_END_INCLUDE_IMAGE_
|
|
Gray784.png
|
Sensory areas of the head, showing the general distribution of the three divisions of the fifth nerve. (Modified from Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2209_END_INCLUDE_IMAGE_
|
|
Gray785.png
|
Figure showing the mode of innervation of the Recti medialis and lateralis of the eye (after Duval and Laborde).
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2210_END_INCLUDE_IMAGE_
|
|
Gray786.png
|
Oblique section through the right cavernous sinus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2211_END_INCLUDE_IMAGE_
|
|
Gray787.png
|
Dissection showing origins of right ocular muscles, and nerves entering by the superior orbital fissure.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2212_END_INCLUDE_IMAGE_
|
|
Gray788.png
|
Plan of the facial and intermediate nerves and their communication with other nerves.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2213_END_INCLUDE_IMAGE_
|
|
Gray789.png
|
The course and connections of the facial nerve in the temporal bone.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2214_END_INCLUDE_IMAGE_
|
|
Gray790.png
|
The nerves of the scalp, face, and side of neck.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2215_END_INCLUDE_IMAGE_
|
|
Gray791.png
|
Plan of upper portions of glossopharyngeal, vagus, and accessory nerves.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2216_END_INCLUDE_IMAGE_
|
|
Gray792.png
|
Upper part of medulla spinalis and hind- and mid-brains; posterior aspect, exposed in situ.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2217_END_INCLUDE_IMAGE_
|
|
Gray793.png
|
Course and distribution of the glossopharyngeal, vagus, and accessory nerves.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2218_END_INCLUDE_IMAGE_
|
|
Gray794.png
|
Hypoglossal nerve, cervical plexus, and their branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2219_END_INCLUDE_IMAGE_
|
|
Gray795.png
|
Plan of hypoglossal nerve.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2220_END_INCLUDE_IMAGE_
|
|
Gray796.png
|
A portion of the spinal cord, showing its right lateral surface. The dura is opened and arranged to show the nerve roots. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2221_END_INCLUDE_IMAGE_
|
|
Gray797.png
|
Distribution of cutaneous nerves. Ventral aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2222_END_INCLUDE_IMAGE_
|
|
Gray798.png
|
Distribution of cutaneous nerves. Dorsal aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2223_END_INCLUDE_IMAGE_
|
|
Gray799.png
|
Scheme showing structure of a typical spinal nerve. 1. Somatic efferent. 2. Somatic afferent. 3,4,5. Sympathetic efferent. 6,7. Sympathetic afferent.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2224_END_INCLUDE_IMAGE_
|
|
Gray800.png
|
Posterior primary divisions of the upper three cervical nerves. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2225_END_INCLUDE_IMAGE_
|
|
Gray801.png
|
Diagram of the distribution of the cutaneous branches of the posterior divisions of the spinal nerves.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2226_END_INCLUDE_IMAGE_
|
|
Gray802.png
|
Areas of distribution of the cutaneous branches of the posterior divisions of the spinal nerves. The areas of the medial branches are in black, those of the lateral in red. (H. M. Johnston.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2227_END_INCLUDE_IMAGE_
|
|
Gray803.png
|
The posterior divisions of the sacral nerves.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2228_END_INCLUDE_IMAGE_
|
|
Gray804.png
|
Plan of the cervical plexus. (Gerrish.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2229_END_INCLUDE_IMAGE_
|
|
Gray805.png
|
The nerves of the scalp, face, and side of neck.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2230_END_INCLUDE_IMAGE_
|
|
Gray806.png
|
The phrenic nerve and its relations with the vagus nerve.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2231_END_INCLUDE_IMAGE_
|
|
Gray807.png
|
Plan of brachial plexus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2232_END_INCLUDE_IMAGE_
|
|
Gray808.png
|
The right brachial plexus with its short branches, viewed from in front. The Sternomastoid and Trapezius muscles have been completely, the Omohyoid and Subclavius have been partially, removed; a piece has been sawed out of the clavicle; the Pectoralis muscles have been incised and reflected. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2233_END_INCLUDE_IMAGE_
|
|
Gray809.png
|
The right brachial plexus (infraclavicular portion) in the axillary fossa; viewed from below and in front. The Pectoralis major and minor muscles have been in large part removed; their attachments have been reflected. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2234_END_INCLUDE_IMAGE_
|
|
Gray810.png
|
Suprascapular and axillary nerves of right side, seen from behind. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2235_END_INCLUDE_IMAGE_
|
|
Gray811.png
|
Cutaneous nerves of right upper extremity. Anterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2236_END_INCLUDE_IMAGE_
|
|
Gray812.png
|
Diagram of segmental distribution of the cutaneous nerves of the right upper extremity. Anterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2237_END_INCLUDE_IMAGE_
|
|
Gray813.png
|
Cutaneous nerves of right upper extremity. Posterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2238_END_INCLUDE_IMAGE_
|
|
Gray814.png
|
Diagram of segmental distribution of the cutaneous nerves of the right upper extremity. Posterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2239_END_INCLUDE_IMAGE_
|
|
Gray815.png
|
Superficial palmar nerves. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2240_END_INCLUDE_IMAGE_
|
|
Gray816.png
|
Nerves of the left upper extremity.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2241_END_INCLUDE_IMAGE_
|
|
Gray817.png
|
Deep palmar nerves. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2242_END_INCLUDE_IMAGE_
|
|
Gray818.png
|
The suprascapular, axillary, and radial nerves.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2243_END_INCLUDE_IMAGE_
|
|
Gray819.png
|
Diagram of the course and branches of a typica intercostal nerve.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2244_END_INCLUDE_IMAGE_
|
|
Gray820.png
|
Cutaneous distribution of thoracic nerves. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2245_END_INCLUDE_IMAGE_
|
|
Gray821.png
|
Intercostal nerves, the superficial muscles having been removed. (Testut).
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2246_END_INCLUDE_IMAGE_
|
|
Gray822.png
|
Plan of lumbar plexus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2247_END_INCLUDE_IMAGE_
|
|
Gray823.png
|
The lumbar plexus and its branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2248_END_INCLUDE_IMAGE_
|
|
Gray824.png
|
Deep and superficial dissection of the lumbar plexus. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2249_END_INCLUDE_IMAGE_
|
|
Gray825.png
|
Cutaneous nerves of right lower extremity. Front view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2250_END_INCLUDE_IMAGE_
|
|
Gray826.png
|
Diagram of segmental distribution of the cutaneous nerves of the right lower extremity. Front view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2251_END_INCLUDE_IMAGE_
|
|
Gray827.png
|
Nerves of the right lower extremity. Front view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2252_END_INCLUDE_IMAGE_
|
|
Gray828.png
|
Plan of sacral and pudendal plexuses.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2253_END_INCLUDE_IMAGE_
|
|
Gray829.png
|
Dissection of side wall of pelvis showing sacral and pudendal plexuses. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2254_END_INCLUDE_IMAGE_
|
|
Gray830.png
|
Cutaneous nerves of right lower extremity. Posterior view. 137
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2255_END_INCLUDE_IMAGE_
|
|
Gray831.png
|
Diagram of the segmental distribution of the cutaneous nerves of the right lower extremity. Posterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2256_END_INCLUDE_IMAGE_
|
|
Gray832.png
|
Nerves of the right lower extremity Posterior view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2257_END_INCLUDE_IMAGE_
|
|
Gray833.png
|
The plantar nerves.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2258_END_INCLUDE_IMAGE_
|
|
Gray834.png
|
Diagram of the segmental distribution of the cutaneous nerves of the sole of the foot.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2259_END_INCLUDE_IMAGE_
|
|
Gray835.png
|
Deep nerves of the front of the leg. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2260_END_INCLUDE_IMAGE_
|
|
Gray836.png
|
Nerves of the dorsum of the foot. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2261_END_INCLUDE_IMAGE_
|
|
Gray837.png
|
Sacral plexus of the right side. (Testut).
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2262_END_INCLUDE_IMAGE_
|
|
Gray838.png
|
The right sympathetic chain and its connections with the thoracic, abdominal, and pelvic plexuses. (After Schwalbe.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2263_END_INCLUDE_IMAGE_
|
|
Gray839.png
|
Diagram of efferent sympathetic nervous system. Blue, cranial and sacral outflow. Red, thoracohumeral outflow. ——, Postganglionic fibers to spinal and cranial nerves to supply vasomotors to head, trunk and limbs, motor fibers to smooth muscles of skin and fibers to sweat glands. (Modified after Meyer and Gottlieb.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2264_END_INCLUDE_IMAGE_
|
|
Gray840.png
|
Sympathetic connections of the ciliary and superior cervical ganglia.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2265_END_INCLUDE_IMAGE_
|
|
Gray841.png
|
Sympathetic connections of the sphenopalatine and superior cervical ganglia.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2266_END_INCLUDE_IMAGE_
|
|
Gray842.png
|
Sympathetic connections of the submaxillary and superior cervical ganglia.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2267_END_INCLUDE_IMAGE_
|
|
Gray843.png
|
Sympathetic connections of the otic and superior cervical ganglia.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2268_END_INCLUDE_IMAGE_
|
|
Gray844.png
|
Diagram of the cervical sympathetic. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2269_END_INCLUDE_IMAGE_
|
|
Gray845.png
|
Plan of right sympathetic cord and splanchnic nerves. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2270_END_INCLUDE_IMAGE_
|
|
Gray846.png
|
Thoracic portion of the sympathetic trunk.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2271_END_INCLUDE_IMAGE_
|
|
Gray847.png
|
Abdominal portion of the sympathetic trunk, with the celiac and hypogastric plexuses. (Henle.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2272_END_INCLUDE_IMAGE_
|
|
Gray848.png
|
The celiac ganglia with the sympathetic plexuses of the abdominal viscera radiating from the ganglia. (Toldt.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2273_END_INCLUDE_IMAGE_
|
|
Gray849.png
|
Lower half of right sympathetic cord. (Testut after Hirschfeld.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2274_END_INCLUDE_IMAGE_
|
|
Gray850.png
|
Vertical section of papilla foliata of the rabbit, crossing the folia. (Ranvier.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2275_END_INCLUDE_IMAGE_
|
|
Gray851.png
|
Taste-bud, highly magnified.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2276_END_INCLUDE_IMAGE_
|
|
Gray852.png
|
Cartilages of the nose. Side view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2277_END_INCLUDE_IMAGE_
|
|
Gray853.png
|
Cartilages of the nose, seen from below.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2278_END_INCLUDE_IMAGE_
|
|
Gray854.png
|
Bones and cartilages of septum of nose. Right side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2279_END_INCLUDE_IMAGE_
|
|
Gray855.png
|
Lateral wall of nasal cavity.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2280_END_INCLUDE_IMAGE_
|
|
Gray856.png
|
Lateral wall of nasal cavity; the three nasal conchæ have been removed.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2281_END_INCLUDE_IMAGE_
|
|
Gray857.png
|
Section of the olfactory mucous membrane. (Cadiat.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2282_END_INCLUDE_IMAGE_
|
|
Gray858.png
|
Nerves of septum of nose. Right side
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2283_END_INCLUDE_IMAGE_
|
|
Gray859.png
|
Coronal section of nasal cavities.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2284_END_INCLUDE_IMAGE_
|
|
Gray860.png
|
—Specimen from a child eight days old. By sagittal sections removing the lateral portion of frontal bone, lamina papyracea of ethmoid, and lateral portion of maxilla—the sinus maxillaris, cellulæ ethmoidales, anterior and posterior, infundibulum ethmoidale, and the primitive sinus frontalis are brought into view. (Davis.) 141
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2285_END_INCLUDE_IMAGE_
|
|
Gray861.png
|
Specimen from a child one year, four months, and seven days old. Lateral view of frontal, ethmoidal, and maxillary sinus areas. (Davis.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2286_END_INCLUDE_IMAGE_
|
|
Gray862.png
|
Specimen from a child eight years, eight months, and one day old. Lateral view of frontal, ethmoidal and maxillary sinus areas, the lateral portion of each having been removed by sagittal cuts. Note that the sinus frontalis developed directly from the infundibulum ethmoidale. Note also the incomplete septa in the sinus maxillaris. (Davis.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2287_END_INCLUDE_IMAGE_
|
|
Gray863.png
|
Transverse section of head of chick embryo of forty-eight hours’ incubation. (Duval.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2288_END_INCLUDE_IMAGE_
|
|
Gray864.png
|
Transverse section of head of chick embryo of fifty-two hours’ incubation. (Duval.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2289_END_INCLUDE_IMAGE_
|
|
Gray865.png
|
Optic cup and choroidal fissure seen from below, from a human embryo of about four weeks. (Kollmann.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2290_END_INCLUDE_IMAGE_
|
|
Gray866.png
|
Horizontal section through the eye of an eighteen days’ embryo rabbit. X 30. (Kölliker.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2291_END_INCLUDE_IMAGE_
|
|
Gray867.png
|
Sagittal section of eye of human embryo of six weeks. (Kollmann.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2292_END_INCLUDE_IMAGE_
|
|
Gray868.png
|
Section of developing eye of trout. (Szily.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2293_END_INCLUDE_IMAGE_
|
|
Gray869.png
|
Horizontal section of the eyeball.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2294_END_INCLUDE_IMAGE_
|
|
Gray870.png
|
Enlarged general view of the iridial angle. (Arthur Thomson.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2295_END_INCLUDE_IMAGE_
|
|
Gray871.png
|
Vertical section of human cornea from near the margin. (Waldeyer.) Magnified. 1. Epithelium. 2. Anterior elastic lamina. 3. substantia propria. 4. Posterior elastic lamina. 5. Endothelium of the anterior chamber. a. Oblique fibers in the anterior layer of the substantia propria. b. Lamellæ the fibers of which are cut across, producing a dotted appearance. c. Corneal corpuscles appearing fusiform in section. d. Lamellæ the fibers of which are cut longitudinally. e. Transition to the sclera, with more distinct fibrillation, and surmounted by a thicker epithelium. f. Small bloodvessels cut across near the margin of the cornea.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2296_END_INCLUDE_IMAGE_
|
|
Gray872.png
|
The choroid and iris. (Enlarged.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2297_END_INCLUDE_IMAGE_
|
|
Gray873.png
|
The arteries of the choroid and iris. The greater part of the sclera has been removed. (Enlarged.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2298_END_INCLUDE_IMAGE_
|
|
Gray874.png
|
The veins of the choroid. (Enlarged.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2299_END_INCLUDE_IMAGE_
|
|
Gray875.png
|
Interior of anterior half of bulb of eye.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2300_END_INCLUDE_IMAGE_
|
|
Gray876.png
|
Vessels of the choroid, ciliary processes, adn iris of a child. (Arnold.) Magnified 10 times. a. Capillary net-work of the posterior part of the choroid, ending at b, the ora serrata. c. Arteries of the corona ciliaris, supplying the ciliary processes, d, and passing into the iris e. f. The capillary net-work close to the pupillary margin of the iris.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2301_END_INCLUDE_IMAGE_
|
|
Gray877.png
|
Diagram of the blood vessels of the eye, as seen in a horizontal section. (Leber, after Stöhr.). Course of vasa centralia retinæ: a. Arteria. a. 147 Vena centralis retinæ. B. Anastomosis with vessels of outer coats. C. Anastomosis with branches of short posterior ciliary arteries. D. Anastomosis with chorioideal vessels. Course of vasa ciliar. postic. brev.: I. Arteriæ, and I1. Venæ ciliar. postic. brev. II. Episcleral artery. II1. Episcleral vein. III. Capillaries of lamina choriocapillaris. Course of vasa ciliar. postic. long.: 1. a. ciliar. post. longa. 2. Circulus iridis major cut across. 3. Branches to ciliary body. 4. Branches to iris. Course of vasa ciliar. ant.: a. Arteria. a1. Vena ciliar. ant. b. Junction with the circulus iridis major. c. Junction with lamina choriocapill. d. Arterial, and d1. Venous episcleral branches. e. Arterial, and e1. Venous branches to conjunctiva scleræ. f. Arterial, and f1. Venous branches to corneal border. V. Vena vorticosa. S. Transverse section of sinus venosus scleræ.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2302_END_INCLUDE_IMAGE_
|
|
Gray878.png
|
Iris, front view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2303_END_INCLUDE_IMAGE_
|
|
Gray879.png
|
Interior of posterior half of bulb of left eye. The veins are darker in appearance than the arteries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2304_END_INCLUDE_IMAGE_
|
|
Gray880.png
|
The terminal portion of the optic nerve and its entrance into the eyeball, in horizontal section. (Toldt.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2305_END_INCLUDE_IMAGE_
|
|
Gray881.png
|
Section of retina. (Magnified.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2306_END_INCLUDE_IMAGE_
|
|
Gray882.png
|
Plan of retinal neurons. (After Cajal.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2307_END_INCLUDE_IMAGE_
|
|
Gray883.png
|
The upper half of a sagittal section through the front of the eyeball.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2308_END_INCLUDE_IMAGE_
|
|
Gray884.png
|
The crystalline lens, hardened and divided. (Enlarged.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2309_END_INCLUDE_IMAGE_
|
|
Gray885.png
|
Diagram to show the direction and arrangement of the radiating lines on the front and back of the fetal lens. A. From the front. B. From the back.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2310_END_INCLUDE_IMAGE_
|
|
Gray886.png
|
Profile views of the lens at different periods of life. 1. In the fetus. 2. In adult life. 3. In old age.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2311_END_INCLUDE_IMAGE_
|
|
Gray887.png
|
Section through the margin of the lens, showing the transition of the epithelium into the lens fibers. (Babuchin.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2312_END_INCLUDE_IMAGE_
|
|
Gray888.png
|
Sagittal section of right orbital cavity.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2313_END_INCLUDE_IMAGE_
|
|
Gray889.png
|
Muscles of the right orbit.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2314_END_INCLUDE_IMAGE_
|
|
Gray890.png
|
Dissection showing origins of right ocular muscles, and nerves entering by the superior orbital fissure.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2315_END_INCLUDE_IMAGE_
|
|
Gray891.png
|
The right eye in sagittal section, showing the fascia bulbi (semidiagrammatic). (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2316_END_INCLUDE_IMAGE_
|
|
Gray892.png
|
Front of left eye with eyelids separated to show medial canthus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2317_END_INCLUDE_IMAGE_
|
|
Gray893.png
|
Sagittal section through the upper eyelid. (After Waldeyer.) a. Skin. b. Orbicularis oculi. b’. Marginal fasciculus of Orbicularis (ciliary bundle). c. Levator palpebræ. d. Conjunctiva. e. Tarsus. f. Tarsal gland. g. Sebaceous gland. h. Eyelashes. i. Small hairs of skin. Sweat glands. k. Posterior tarsal glands.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2318_END_INCLUDE_IMAGE_
|
|
Gray894.png
|
The tarsi and their ligaments. Right eye; front view.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2319_END_INCLUDE_IMAGE_
|
|
Gray895.png
|
The tarsal glands, etc., seen from the inner surface of the eyelids.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2320_END_INCLUDE_IMAGE_
|
|
Gray896.png
|
The lacrimal apparatus. Right side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2321_END_INCLUDE_IMAGE_
|
|
Gray897.png
|
Alveoli of lacrimal gland.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2322_END_INCLUDE_IMAGE_
|
|
Gray898.png
|
Section through the head of a human embryo, about twelve days old, in the region of the hind-brain. (Kollmann.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2323_END_INCLUDE_IMAGE_
|
|
Gray899.png
|
Section through hind-brain and auditory vesicles of an embryo more advanced than that of Fig. 898. (After His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2324_END_INCLUDE_IMAGE_
|
|
Gray900.png
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Lateral views of membranous labyrinth and acoustic complex. X 25 dia. (Streeter.) absorpt. focu, area of wall where absorption is complete; amp., ampulla membranacea; crus, crus commune; d. sc. lat., ductus semicircularis lateralis; d. sc. post., ductus semicircularis posterior; d. sc. sup., ductus semicircular superior; coch. or cochlea, ductus cochlearis; duct. endolymph, ductus endolymphaticus; d. reuniens, ductus reuniens Henseni; endol. or endolymphs appendix endolymphaticus; rec. utr., recessus utriculi; sacc., sacculus; sac. endol., saccus endolymphaticus; sinus utr. lat., sinus utriculi lateralis; utric., utriculus; vestib. p., vestibular pouch.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2325_END_INCLUDE_IMAGE_
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Gray901.png
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Median views of membranous labyrinth and acoustic complex in human embryos. X 25 dia. (Streeter.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2326_END_INCLUDE_IMAGE_
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Gray902.png
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Transverse section through head of fetal sheep, in the region of the labyrinth. X 30. (After Boettcher.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2327_END_INCLUDE_IMAGE_
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Gray903.png
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Transverse section of the cochlear duct of a fetal cat. (After Boettcher and Ayres.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2328_END_INCLUDE_IMAGE_
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Gray904.png
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The auricula. Lateral surface.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2329_END_INCLUDE_IMAGE_
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Gray905.png
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Cranial surface of cartilage of right auricula.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2330_END_INCLUDE_IMAGE_
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Gray906.png
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The muscles of the auricula.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2331_END_INCLUDE_IMAGE_
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Gray907.png
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External and middle ear, opened from the front. Right side.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2332_END_INCLUDE_IMAGE_
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Gray908.png
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Horizontal section through left ear; upper half of section.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2333_END_INCLUDE_IMAGE_
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Gray909.png
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Right tympanic membrane as seen through a speculum.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2334_END_INCLUDE_IMAGE_
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Gray910.png
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The tympanic membrane viewed from within. (Testut.) The malleus has been resected immediately beyond its lateral process, in order to show the tympanomalleolar folds and the membrana flaccida. 1. Tympanic membrane. 2. Umbo. 3. Handle of the malleus. 4. Lateral process. 5. Anterior tympanomalleolar fold. 6. Posterior tympanomalleolar fold. 7. Pars flaccida. 8. Anterior pouch of Tröltsch. 9. Posterior pouch of Tröltsch. 10. Fibrocartilaginous ring. 11. Petrotympanic fissure. 12. Auditory tube. 13. Iter chordæ posterius. 14. Iter chordæ anterius. 15. Fossa incudis for short crus of the incus. 16. Prominentia styloidea.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2335_END_INCLUDE_IMAGE_
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Gray911.png
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View of the inner wall of the tympanum (enlarged.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2336_END_INCLUDE_IMAGE_
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Gray912.png
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The right membrana tympani with the hammer and the chorda tympani, viewed from within, from behind, and from above. (Spalteholz.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2337_END_INCLUDE_IMAGE_
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Gray913.png
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Coronal section of right temporal bone.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2338_END_INCLUDE_IMAGE_
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Gray914.png
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The medial wall and part of the posterior and anterior walls of the right tympanic cavity, lateral view. (Spalteholz.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2339_END_INCLUDE_IMAGE_
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Gray915.png
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Auditory tube, laid open by a cut in its long axis. (Testut.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2340_END_INCLUDE_IMAGE_
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Gray916.png
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Left malleus. A. From behind. B. From within.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2341_END_INCLUDE_IMAGE_
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Gray917.png
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Left incus. A. From within. B. From the front.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2342_END_INCLUDE_IMAGE_
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Gray918.png
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A. Left stapes. B. Base of stapes, medial surface.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2343_END_INCLUDE_IMAGE_
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Gray919.png
|
Chain of ossicles and their ligaments, seen from the front in a vertical, transverse section of the tympanum. (Testut.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2344_END_INCLUDE_IMAGE_
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Gray920.png
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Right osseous labyrinth. Lateral view.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2345_END_INCLUDE_IMAGE_
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Gray921.png
|
Interior of right osseous labyrinth.
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2346_END_INCLUDE_IMAGE_
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Gray922.png
|
Position of the right bony labyrinth of the ear in the skull, viewed from above. The temporal bone is considered transparent and the labyrinth drawn in from a corrosion preparation. (Spalteholz.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2347_END_INCLUDE_IMAGE_
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Gray923.png
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The cochlea and vestibule, viewed from above. All the hard parts which form the roof of the internal ear have been removed with the saw.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2348_END_INCLUDE_IMAGE_
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Gray924.png
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The membranous labyrinth. (Enlarged.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2349_END_INCLUDE_IMAGE_
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|
Gray925.png
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Right human membranous labyrinth, removed from its bony enclosure and viewed from the antero-lateral aspect. (G. Retzius.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2350_END_INCLUDE_IMAGE_
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Gray926.png
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The same from the postero-medial aspect. 1. Lateral semicircular canal; 1’, its ampulla; 2. Posterior canal; 2’, its ampulla. 3. Superior canal; 3’, its ampulla. 4. Conjoined limb of superior and posterior canals (sinus utriculi superior). 5. Utricle. 5’. Recessus utriculi. 5”. Sinus utriculi posterior. 6. Ductus endolymphaticus. 7. Canalis utriculosaccularis. 8. Nerve to ampulla of superior canal. 9. Nerve to ampulla of lateral canal. 10. Nerve to recessus utriculi (in Fig. 925, the three branches appear conjoined). 10’. Ending of nerve in recessus utriculi. 11. Facial nerve. 12. Lagena cochleæ. 13. Nerve of cochlea within spiral lamina. 14. Basilar membrane. 15. Nerve fibers to macula of saccule. 16. Nerve to ampulla of posterior canal. 17. Saccule. 18. Secondary membrane of tympanum. 19. Canalis reuniens. 20. Vestibular end of ductus cochlearis. 23. Section of the facial and acoustic nerves within internal acoustic meatus (the separation between them is not apparent in the section). (G. Retzius.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2351_END_INCLUDE_IMAGE_
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Gray927.png
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Transverse section of a human semicircular canal and duct (after Rüdinger).
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2352_END_INCLUDE_IMAGE_
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Gray928.png
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Diagrammatic longitudinal section of the cochlea.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2353_END_INCLUDE_IMAGE_
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Gray929.png
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Floor of ductus cochlearis.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2354_END_INCLUDE_IMAGE_
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Gray930.png
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Limbus laminæ spiralis and membrana basilaris. (Schematic.) 1, 1’. Upper and lower lamellæ of the lamina spiralis ossea. 2. Limbus laminæ spiralis, with a, the teeth of the first row; b, b’, the auditory teeth of the other rows; c, c’, the interdental grooves and the cells which are lodged in them. 3. Sulcus spiralis internus, with 3’, its labium vestibulare, and 3”, its labium tympanicum. 4. Foramina nervosa, giving passage to the nerves from the ganglion spirale or ganglion of Corti. 5. Vas spirale. 6. Zona arcuata, and 6’, zona pectinata of the basilar membrane, with a, its hyaline layer, B, its connective-tissue layer. 7. Arch of spiral organ, with 7’, its inner rod, and 7”, its outer rod. 8. Feet of the internal rods, from which the cells are removed. 9. Feet of the external rods. 10. Vestibular membrane, at its origin. (Testut.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2355_END_INCLUDE_IMAGE_
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Gray931.png
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Section through the spiral organ of Corti. Magnified. (G. Retzius.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2356_END_INCLUDE_IMAGE_
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Gray932.png
|
The lamina reticularis and subjacent structures. (Schematic.) A. Internal rod of Corti, with a, its plate. B. External rod (in yellow). C. Tunnel of Corti. D. Membrana basilaris. E. Inner hair cells. 1, 1’. Internal and external borders of the membrana reticularis. 2, 2’, 2”. The three rows of circular holes (in blue). 3. First row of phalanges (in yellow). 4, 4’, 4”. Second, third, and fourth rows of phalanges (in red). 6, 6’, 6”. The three rows of outer hair cells (in blue). 7, 7’, 7”. Cells of Deiters. 8. Cells of Hensen and Claudius. (Testut.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2357_END_INCLUDE_IMAGE_
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Gray933.png
|
Part of the cochlear division of the acoustic nerve, highly magnified. (Henle.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2358_END_INCLUDE_IMAGE_
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Gray934.png
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End-bulb of Krause. (Klein.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2359_END_INCLUDE_IMAGE_
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Gray935.png
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Pacinian corpuscle, with its system of capsules and central cavity. a. Arterial twig, ending in capillaries, which form loops in some of the intercapsular spaces, and one penetrates to the central capsule. b. The fibrous tissue of the stalk. n. Nerve tube advancing to the central capsule, there losing its white matter, and stretching along the axis to the opposite end, where it ends by a tuberculated enlargement.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2360_END_INCLUDE_IMAGE_
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Gray936.png
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Papilla of the hand, treated with acetic acid. Magnified 350 times. A. Side view of a papilla of the hand. a. Cortical layer. b. Tactile corpuscle. c. Small nerve of the papilla, with neurolemma. d. Its two nervous fibers running with spiral coils around the tactile corpuscle. e. Apparent termination of one of these fibers. B. A tactile papilla seen from above so as to show its transverse section. a. Cortical layer. b. Nerve fiber. c. Outer layer of the tactile body, with nuclei. d. Clear interior substance.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2361_END_INCLUDE_IMAGE_
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Gray937.png
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Nerve ending of Ruffini. (After A. Ruffini.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2362_END_INCLUDE_IMAGE_
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Gray938.png
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Organ of Golgi (neurotendinous spindle) from the human tendo calcaneus. (After Ciaccio.)
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2363_END_INCLUDE_IMAGE_
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Gray939.png
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Middle third of a terminal plaque in the muscle spindle of an adult cat. (After Ruffini.)
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2364_END_INCLUDE_IMAGE_
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Gray940.png
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A diagrammatic sectional view of the skin (magnified).
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2365_END_INCLUDE_IMAGE_
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Gray941.png
|
Section of epidermis. (Ranvier.)
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2366_END_INCLUDE_IMAGE_
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Gray942.png
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The distribution of the bloodvessels in the skin of the sole of the foot. (Spalteholz.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2367_END_INCLUDE_IMAGE_
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Gray943.png
|
Longitudinal section through nail and its nail groove (sulcus).
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2368_END_INCLUDE_IMAGE_
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Gray944.png
|
Section of skin, showing the epidermis and dermis; a hair in its follicle; the Arrector pili muscle; sebaceous glands.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2369_END_INCLUDE_IMAGE_
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Gray945.png
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Transverse section of hair follicle.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2370_END_INCLUDE_IMAGE_
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Gray946.png
|
Body of a sudoriferous-gland cut in various deirections. a. Longitudinal section of the proximal part of the coiled tube. b. Transverse section of the same. c. Longitudinal section of the distal part of the coiled tube. d. Transverse section of the same. (Klein and Noble Smith.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2371_END_INCLUDE_IMAGE_
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Gray947.png
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The head and neck of a human embryo thirty-two days old, seen from the ventral surface. The floor of the mouth and pharynx have been removed. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2372_END_INCLUDE_IMAGE_
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Gray948.png
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Lung buds from a human embryo of about four weeks, showing commencing lobulations. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2373_END_INCLUDE_IMAGE_
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Gray949.png
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Lungs of a human embryo more advanced in development. (His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2374_END_INCLUDE_IMAGE_
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Gray950.png
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The cartilages of the larynx. Posterior view.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2375_END_INCLUDE_IMAGE_
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Gray951.png
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The ligaments of the larynx. Antero-lateral view.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2376_END_INCLUDE_IMAGE_
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Gray952.png
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Ligaments of the larynx. Posterior view.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2377_END_INCLUDE_IMAGE_
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Gray953.png
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Sagittal section of the larynx and upper part of the trachea.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2378_END_INCLUDE_IMAGE_
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Gray954.png
|
Coronal section of larynx and upper part of trachea.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2379_END_INCLUDE_IMAGE_
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Gray955.png
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The entrance to the larynx, viewed from behind.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2380_END_INCLUDE_IMAGE_
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Gray956.png
|
Laryngoscopic view of interior of larynx.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2381_END_INCLUDE_IMAGE_
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Gray957.png
|
Side view of the larynx, showing muscular attachments.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2382_END_INCLUDE_IMAGE_
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Gray958.png
|
Muscles of larynx. Posterior view.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2383_END_INCLUDE_IMAGE_
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Gray959.png
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Muscles of larynx. Side view. Right lamina of thyroid cartilage removed.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2384_END_INCLUDE_IMAGE_
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Gray960.png
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Muscles of the larynx, seen from above. (Enlarged.)
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2385_END_INCLUDE_IMAGE_
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Gray961.png
|
Front view of cartilages of larynx, trachea, and bronchi.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2386_END_INCLUDE_IMAGE_
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Gray962.png
|
Bronchi and bronchioles. The lungs have been widely separated and tissue cut away to expose the air-tubes. (Testut.)
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2387_END_INCLUDE_IMAGE_
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Gray963.png
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Transverse section of the trachea, just above its bifurcation, with a bird’s-eye view of the interior.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2388_END_INCLUDE_IMAGE_
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Gray964.png
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Transverse section of trachea.
|
26/01/2009 @ 3:50
|
jdmiles
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_INCLUDE_IMAGE_2389_END_INCLUDE_IMAGE_
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Gray965.png
|
Front view of thorax, showing the relations of the pleuræ and lungs to the chest wall. Pleura in blue; lungs in purple.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2390_END_INCLUDE_IMAGE_
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Gray966.png
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Lateral view of thorax, showing the relations of the pleuræ and lungs to the chest wall. Pleura in blue; lungs in purple.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2391_END_INCLUDE_IMAGE_
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Gray967.png
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Transverse section through the upper margin of the second thoracic vertebra. (Braune.)
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2392_END_INCLUDE_IMAGE_
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Gray968.png
|
A transverse section of the thorax, showing the contents of the middle and the posterior mediastinum. The pleural and pericardial cavities are exaggerated since normally there is no space between parietal and visceral pleura and between pericardium and heart.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2393_END_INCLUDE_IMAGE_
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Gray969.png
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The middle and posterior mediastina. Left side.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2394_END_INCLUDE_IMAGE_
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Gray970.png
|
Front view of heart and lungs.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2395_END_INCLUDE_IMAGE_
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|
Gray971.png
|
Pulmonary vessels, seen in a dorsal view of the heart and lungs. The lungs have been pulled away from the median line, and a part of the right lung has been cut away to display the air-ducts and bloodvessels. (Testut.)
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2396_END_INCLUDE_IMAGE_
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|
Gray972.png
|
Mediastinal surface of right lung.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2397_END_INCLUDE_IMAGE_
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Gray973.png
|
Mediastinal surface of left lung.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2398_END_INCLUDE_IMAGE_
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|
Gray974.png
|
Part of a secondary lobule from the depth of a human lung, showing parts of several primary lobules. 1, bronchiole; 2, respiratory bronchiole; 3, alveolar duct; 4, atria; 5, alveolar sac; 6, alveolus or air cell: m, smooth muscle; a, branch pulmonary artery; v, branch pulmonary vein; s, septum between secondary lobules. Camera drawing of one 50 ? section. X 20 diameters. (Miller.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2399_END_INCLUDE_IMAGE_
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Gray975.png
|
Schematic longitudinal section of a primary lobule of the lung (anatomical unit); r. b., respiratory bronchiole; al. d., alveolar duct; at., atria; a. s., alveolar sac; a, alveolus or air cell; p. a.: pulmonary artery: p. v., pulmonary vein; l., lymphatic; l. n., lymph node. (Miller.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2400_END_INCLUDE_IMAGE_
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Gray976.png
|
Section of lung of pig embryo, 13 cm. long, showing the glandular character of the developing alveoli (J. M. Flint.) X 70. a. Interstitial connective tissue. b. A bronchial tube. c. An Alveolus. l. lymphatic clefts. q. Pleura.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2401_END_INCLUDE_IMAGE_
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Gray977.png
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Human embryo about fifteen days old. Brain and heart represented from right side. Digestive tube and yolk sac in median section. (After His.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2402_END_INCLUDE_IMAGE_
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|
Gray978.png
|
Head end of human embryo of about thirty to thirty-one days. (From model by Peters.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2403_END_INCLUDE_IMAGE_
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|
Gray979.png
|
Floor of pharynx of human embryo about twenty-six days old. (From model by Peters.)
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2404_END_INCLUDE_IMAGE_
|
|
Gray980.png
|
Floor of pharynx of human embryo of about the end of the fourth week. (From model by Peters.)
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2405_END_INCLUDE_IMAGE_
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|
Gray981.png
|
Floor of pharynx of human embryo about thirty days old. (From model by Peter.)
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2406_END_INCLUDE_IMAGE_
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|
Gray982.png
|
Sketches in profile of two stages in the development of the human digestive tube. (His.) A X 30. B X 20.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2407_END_INCLUDE_IMAGE_
|
|
Gray983.png
|
Front view of two successive stages in the development of the digestive tube. (His.)
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2408_END_INCLUDE_IMAGE_
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|
Gray984.png
|
The primitive mesentery of a six weeks’ human embryo, half schematic. (Kollmann.)
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2409_END_INCLUDE_IMAGE_
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|
Gray985.png
|
Abdominal part of digestive tube and its attachment to the primitive or common mesentery. Human embryo of six weeks. (After Toldt.)
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2410_END_INCLUDE_IMAGE_
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|
Gray986.png
|
Reconstruction of a human embryo of 17 mm. (After Mall.)
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2411_END_INCLUDE_IMAGE_
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|
Gray987.png
|
Diagrams to illustrate two stages in the development of the digestive tube and its mesentery. The arrow indicates the entrance to the bursa omentalis.
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26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2412_END_INCLUDE_IMAGE_
|
|
Gray988.png
|
Final disposition of the intestines and their vascular relations. (Jonnesco.) A. Aorta. H. Hepatic artery. M, Col. Branches of superior mesenteric artery. m, m’. Branches of inferior mesenteric artery. S. Splenic artery.
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26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2413_END_INCLUDE_IMAGE_
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Gray989.png
|
Schematic figure of the bursa omentalis, etc. Human embryo of eight weeks. (Kollmann.)
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2414_END_INCLUDE_IMAGE_
|
|
Gray990.png
|
Diagrams to illustrate the development of the greater omentum and transverse mesocolon.
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2415_END_INCLUDE_IMAGE_
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Gray991.png
|
Tail end of human embryo from fifteen to eighteen days old. (From model by Keibel.)
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2416_END_INCLUDE_IMAGE_
|
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Gray992.png
|
Cloaca of human embryo from twenty-five to twenty-seven days old. (From model by Keibel.)
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2417_END_INCLUDE_IMAGE_
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|
Gray993.png
|
Tail end of human embryo, from eight and a half to nine weeks old. (From model by Keibel.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2418_END_INCLUDE_IMAGE_
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Gray994.png
|
Sagittal section of nose mouth, pharynx, and larynx.
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2419_END_INCLUDE_IMAGE_
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Gray995.png
|
Side view of the teeth and jaws.
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2420_END_INCLUDE_IMAGE_
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Gray996.png
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Permanent teeth of upper dental arch, seen from below.
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2421_END_INCLUDE_IMAGE_
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Gray997.png
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Permanent teeth of right half of lower dental arch, seen from above.
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2422_END_INCLUDE_IMAGE_
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Gray998.png
|
Maxillæ at about one year. (Noyes.)
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2423_END_INCLUDE_IMAGE_
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|
Gray999.png
|
The complete temporary dentition (about three years), showing the relation of the developing permanent teeth. (Noyes.)
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2424_END_INCLUDE_IMAGE_
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|
Gray1000.png
|
The complete temporary dentition and the first permanent molar. Note the relation of the bicuspids to the temporary molars. (In the seventh year.) (Noyes.)
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2425_END_INCLUDE_IMAGE_
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Gray1001.png
|
Front view of the skull shown in Fig. 1000. Note the relation of the permanent incisors and cuspids to each other and the roots of the temporary teeth. (Noyes.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2426_END_INCLUDE_IMAGE_
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Gray1002.png
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Permanent teeth. Right side. (Burchard.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2427_END_INCLUDE_IMAGE_
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Gray1003.png
|
The permanent teeth, viewed from the right. The external layer of bone has been partly removed and the maxillary sinus has been opened. (Spalteholz.)
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2428_END_INCLUDE_IMAGE_
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Gray1004.png
|
Deciduous teeth. Left side.
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2429_END_INCLUDE_IMAGE_
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Gray1005.png
|
Vertical section of a tooth in situ. X 15. c is placed in the pulp cavity, opposite the neck of the tooth; the part above it is the crown, that below is the root. 1. Enamel with radial and concentric markings. 2. Dentin with tubules and incremental lines. 3. Cement or crusta petrosa, with bone corpuscles. 4. Dental periosteum. 5. Mandible.
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2430_END_INCLUDE_IMAGE_
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Gray1006.png
|
Vertical section of a molar tooth.
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26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2431_END_INCLUDE_IMAGE_
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Gray1007.png
|
Vertical section of a premolar tooth. (Magnified.)
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2432_END_INCLUDE_IMAGE_
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Gray1008.png
|
Transverse section of a portion of the root of a canine tooth. X 300.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2433_END_INCLUDE_IMAGE_
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|
Gray1009.png
|
Sagittal section through the first lower deciduous molar of a human embryo 30 mm. long. (Röse.) X 100. L.E.L. Labiodental lamina, here separated from the dental lamina. Z.L. Placed over the shallow dental furrow, points to the dental lamina, which is spread out below to form the enamel germ of the future tooth. P.p. Bicuspidate papilla, capped by the enamel germ. Z.S. Condensed tissue forming dental sac. M.E. Mouth epithelium
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2434_END_INCLUDE_IMAGE_
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Gray1010.png
|
Similar section through the canine tooth of an embryo 40 mm. long. (Röse.) X 100. L.F. Labio dental furrow. The other lettering as in Fig. 1009
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2435_END_INCLUDE_IMAGE_
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Gray1011.png
|
Vertical section of the mandible of an early human fetus. X 25.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2436_END_INCLUDE_IMAGE_
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|
Gray1012.png
|
Longitudinal section of the lower part of a growing tooth, showing the extension of the layer of adamantoblasts beyond the crown to mark off the limit of formation of the dentin of the root. (Röse.) ad. Adamantoblasts, continuous below with ep.sch., the epithelial sheath of Hertwig. d. Dentin. en. Enamel. od. Odontoblasts. p. Pulp.
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26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2437_END_INCLUDE_IMAGE_
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|
Gray1013.png
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The mouth cavity. The apex of the tongue is turned upward, and on the right side a superficial dissection of its under surface has been made.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2438_END_INCLUDE_IMAGE_
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Gray1014.png
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The mouth cavity. The cheeks have been slit transversely and the tongue pulled forward.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2439_END_INCLUDE_IMAGE_
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Gray1015.png
|
Circumvallate papilla in vertical section, showing arrangement of the taste-buds and nerves.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2440_END_INCLUDE_IMAGE_
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Gray1016.png
|
A filiform papilla. Magnified
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2441_END_INCLUDE_IMAGE_
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Gray1017.png
|
Section of a fungiform papilla. Magnified.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2442_END_INCLUDE_IMAGE_
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Gray1018.png
|
Semidiagrammatic view of a portion of the mucous membrane of the tongue. Two fungiform papillæ are shown. On some of the filiform papillæ the epithelial prolongations stand erect, in one they are spread out, and in three they are folded in.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2443_END_INCLUDE_IMAGE_
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Gray1019.png
|
Extrinsic muscles of the tongue. Left side.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2444_END_INCLUDE_IMAGE_
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|
Gray1020.png
|
Coronal section of tongue, showing intrinsic muscles. (Altered from Krause.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2445_END_INCLUDE_IMAGE_
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Gray1021.png
|
Vertical section of papilla foliata of the rabbit, passing across the folia. (Ranvier.)
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2446_END_INCLUDE_IMAGE_
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Gray1022.png
|
Right parotid gland. Posterior and deep aspects.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2447_END_INCLUDE_IMAGE_
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Gray1023.png
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Right parotid gland. Deep and anterior aspects.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2448_END_INCLUDE_IMAGE_
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Gray1024.png
|
Dissection, showing salivary glands of right side.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2449_END_INCLUDE_IMAGE_
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Gray1025.png
|
Section of submaxillary gland of kitten. Duct semidiagrammatic. X 200.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2450_END_INCLUDE_IMAGE_
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Gray1026.png
|
Human submaxillary gland. (R. Heidenhain.) At the right is a group of mucous alveoli, at the left a group of serous alveoli.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2451_END_INCLUDE_IMAGE_
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|
Gray1027.png
|
Section through one of the crypts of the tonsil. (Stöhr.) Magnified. e. Stratified epithelium of general surface, continued into crypt. f, f. Nodules of lymphoid tissue—opposite each nodule numbers of lymph cells are passing into or through the epithelium. s, s. Cells which have thus escaped to mix with the saliva as salivary corpuscles.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2452_END_INCLUDE_IMAGE_
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Gray1028.png
|
Dissection of the muscles of the palate from behind.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2453_END_INCLUDE_IMAGE_
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Gray1029.png
|
Front of nasa part of pharynx, as seen with the laryngoscope.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2454_END_INCLUDE_IMAGE_
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|
Gray1030.png
|
Muscles of the pharynx and cheek.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2455_END_INCLUDE_IMAGE_
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Gray1031.png
|
Muscles of the pharynx, viewed from behind, together with the associated vessels and nerves. (Modified after Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2456_END_INCLUDE_IMAGE_
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|
Gray1032.png
|
The position and relation of the esophagus in the cervical region and in the posterior mediastinum. Seen from behind. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2457_END_INCLUDE_IMAGE_
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|
Gray1033.png
|
Section of the human esophagus. (From a drawing by V. Horsley.) Moderately magnified. The section is transverse and from near the middle of the gullet. a. Fibrous covering. b. Divided fibers of longitudinal muscular coat. c. Transverse muscular fibers. d. Submucous or areolar layer. e. Muscularis mucosæ. f. Mucous membrane, with vessels and part of a lymphoid nodule. g. Stratified epithelial lining. h. Mucous gland. i. Gland duct. m’. Striated muscular fibers cut across.
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26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2458_END_INCLUDE_IMAGE_
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Gray1034.png
|
Front view of the thoracic and abdominal viscera. a. Median plane. b b. Lateral planes. c c. Trans tubercular plane. d d. Subcostal plane. e e. Transpyloric plane.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2459_END_INCLUDE_IMAGE_
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Gray1035.png
|
Vertical disposition of the peritoneum. Main cavity, red; omental bursa, blue.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2460_END_INCLUDE_IMAGE_
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Gray1036.png
|
Posterior view of the anterior abdominal wall in its lower half. The peritoneum is in place, and the various cords are shining through. (After Joessel.)
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2461_END_INCLUDE_IMAGE_
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Gray1037.png
|
The peritoneum of the male pelvis. (Dixon and Birmingham.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2462_END_INCLUDE_IMAGE_
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Gray1038.png
|
Horizontal disposition of the peritoneum in the lower part of the abdomen.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2463_END_INCLUDE_IMAGE_
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Gray1039.png
|
Horizontal disposition of the peritoneum in the upper part of the abdomen.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2464_END_INCLUDE_IMAGE_
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Gray1040.png
|
Diagram devised by Delépine to show the lines along which the peritoneum leaves the wall of the abdomen to invest the viscera.
|
26/01/2009 @ 3:50
|
jdmiles
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_INCLUDE_IMAGE_2465_END_INCLUDE_IMAGE_
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Gray1041.png
|
Superior and inferior duodenal fossæ. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
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jdmiles
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_INCLUDE_IMAGE_2466_END_INCLUDE_IMAGE_
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Gray1042.png
|
Duodenojejunal fossa. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2467_END_INCLUDE_IMAGE_
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Gray1043.png
|
Superior ileocecal fossa. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2468_END_INCLUDE_IMAGE_
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Gray1044.png
|
Inferior ileocecal fossa. The cecum and ascending colon have been drawn lateralward and downward, the ileum upward and backward, and the vermiform process downward. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2469_END_INCLUDE_IMAGE_
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Gray1045.png
|
The cecal fossa. The ileum and cecum are drawn backward and upward. (Souligoux.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2470_END_INCLUDE_IMAGE_
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Gray1046.png
|
Outline of stomach, showing its anatomical landmarks.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2471_END_INCLUDE_IMAGE_
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Gray1047.png
|
Diagram showing shape and position of empty stomach. Erect posture. (Hertz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2472_END_INCLUDE_IMAGE_
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Gray1048.png
|
Diagram showing shape and position of moderately filled stomach. Erect posture. (Hertz.)
|
26/01/2009 @ 3:50
|
jdmiles
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_INCLUDE_IMAGE_2473_END_INCLUDE_IMAGE_
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Gray1049.png
|
Diagram showing shape and position of distended stomach. Erect posture. (Hertz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2474_END_INCLUDE_IMAGE_
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Gray1050.png
|
Interior of the stomach.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2475_END_INCLUDE_IMAGE_
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|
Gray1051.png
|
The longitudinal and circular muscular fibers of the stomach, viewed from above and in front. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2476_END_INCLUDE_IMAGE_
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Gray1052.png
|
The oblique muscular fibers of the stomach, viewed from above and in front. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
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_INCLUDE_IMAGE_2477_END_INCLUDE_IMAGE_
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|
Gray1053.png
|
Section of mucous membrane of human stomach, near the cardiac orifice. (v. Ebner, after J. Schaffer.) X 45. c. Cardiac glands. d. Their ducts. cr. Gland similar to the intestinal glands, with goblet cells. mm. Mucous membrane. m. Muscularis mucosæ. m’. Muscular tissue within the mucous membrane.
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26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2478_END_INCLUDE_IMAGE_
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|
Gray1054.png
|
A pyloric gland, from a section of the dog’s stomach. (Ebstein.) m. Mouth. n. Neck. tr. A deep portion of a tubule cut transversely.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2479_END_INCLUDE_IMAGE_
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|
Gray1055.png
|
A fundus gland. A. Transverse section of gland.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2480_END_INCLUDE_IMAGE_
|
|
Gray1056.png
|
The duodenum and pancreas.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2481_END_INCLUDE_IMAGE_
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Gray1057.png
|
Interior of the descending portion of the duodenum, showing bile papilla.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2482_END_INCLUDE_IMAGE_
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Gray1058.png
|
Section of duodenum of cat. (After Schäfer.) X 60.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2483_END_INCLUDE_IMAGE_
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|
Gray1059.png
|
Vertical section of a villus from the dog’s small intestine. X 80.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2484_END_INCLUDE_IMAGE_
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|
Gray1060.png
|
Transverse section of a villus, from the human intestine. (v. Ebner.) X 350. a. Basement membrane, here somewhat shrunken away from the epithelium. b. Lacteal. c. Columnar epithelium. d. Its striated border. e. Goblet cells. f. Leucocytes in epithelium. f’. Leucocytes below epithelium. g. Bloodvessels. h. Muscle cells cut across.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2485_END_INCLUDE_IMAGE_
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|
Gray1061.png
|
Villi of small intestine, showing bloodvessels and lymphatic vessels. (Cadiat.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2486_END_INCLUDE_IMAGE_
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|
Gray1062.png
|
An intestinal gland from the human intestine. (Flemming.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2487_END_INCLUDE_IMAGE_
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|
Gray1063.png
|
Vertical section of a human aggregated lymphatic nodule, injected through its lymphatic canals. a. Villi with their chyle passages. b. Intestinal glands. c. Muscularis mucosæ. d. Cupola or apex of solitary nodule. e. Mesial zone of nodule. f. Base of nodule. g. Points of exit of the lacteals from the villi, and entrance into the true mucous membrane. h. Retiform arrangement of the lymphatics in the mesial zone. i. Course of the latter at the base of the nodule. k. Confluence of the lymphatics opening into the vessels of the submucous tissue. l. Follicular tissue of the latter.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2488_END_INCLUDE_IMAGE_
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|
Gray1064.png
|
Transverse section through the equatorial plane of three aggregated lymphatic nodules from the rabbit.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2489_END_INCLUDE_IMAGE_
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Gray1065.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2490_END_INCLUDE_IMAGE_
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Gray1066.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2491_END_INCLUDE_IMAGE_
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Gray1067.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2492_END_INCLUDE_IMAGE_
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Gray1068.png
|
No caption.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2493_END_INCLUDE_IMAGE_
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Gray1069.png
|
No caption.
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2494_END_INCLUDE_IMAGE_
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Gray1070.png
|
—Diagrams showing the arrangement and variations of the loops of the mesenteric vessels for various segments of the small intestine of average length. Nearest the duodenum the mesenteric loops are primary, the vasa recta are long and regular in distribution, and the translucent spaces (lunettes) are extensive. Toward the ileocolic junction, secondary and tertiary loops are observed, the vessels are smaller and become obscured by numerous fat-tabs. (After Monks.)
|
26/01/2009 @ 3:50
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jdmiles
|
_INCLUDE_IMAGE_2495_END_INCLUDE_IMAGE_
|
|
Gray1071.png
|
The myenteric plexus from the rabbit. X 50.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2496_END_INCLUDE_IMAGE_
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|
Gray1072.png
|
The plexus of the submucosa from the rabbit. X 50.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2497_END_INCLUDE_IMAGE_
|
|
Gray1073.png
|
The cecum and vermiform process, with their arteries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2498_END_INCLUDE_IMAGE_
|
|
Gray1074.png
|
Transverse section of human vermiform process. X 20.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2499_END_INCLUDE_IMAGE_
|
|
Gray1075.png
|
Interior of the cecum and lower end of ascending colon, showing colic valve.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2500_END_INCLUDE_IMAGE_
|
|
Gray1076.png
|
Iliac colon, sigmoid or pelvic colon, and rectum seen from the front, after removal of pubic bones and bladder.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2501_END_INCLUDE_IMAGE_
|
|
Gray1077.png
|
The posterior aspect of the rectum exposed by removing the lower part of the sacrum and the coccyx.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2502_END_INCLUDE_IMAGE_
|
|
Gray1078.png
|
Coronal section of rectum and anal canal.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2503_END_INCLUDE_IMAGE_
|
|
Gray1079.png
|
Coronal section through the anal canal. (Symington.) B. Cavity of urinary bladder. V.D. Ductus deferens. S.V. Seminal vesicle. R. Second part of rectum. A.C. Anal canal. L.A. Levator ani. I.S. Sphincter ani internus. E.S. Sphinear ani externus.
|
26/01/2009 @ 3:50
|
jdmiles
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_INCLUDE_IMAGE_2504_END_INCLUDE_IMAGE_
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|
Gray1080.png
|
The interior of the anal cami and lower part of the rectum, showing the columns of Morgagni and the anal valves between their lower ends. The columns were more numerous in the specimen than usual. (Cunningham.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2505_END_INCLUDE_IMAGE_
|
|
Gray1081.png
|
Inner wall of the lower end of the rectum and anus. On the right the mucous membrane has been removed to show the dilatation of the veins and how they pass through the muscular wall to anastomose with the external hemorrhoidal plexus. (Luschka.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2506_END_INCLUDE_IMAGE_
|
|
Gray1082.png
|
Section of mucous membrane of human rectum. (Sobotta.) X 60.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2507_END_INCLUDE_IMAGE_
|
|
Gray1083.png
|
The bloodvessels of the rectum and anus, showing the distribution and anastomosis on the posterior surface near the termination of the gut. (Poirier and Charpy)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2508_END_INCLUDE_IMAGE_
|
|
Gray1084.png
|
Varieties of oblique inguinal hernia.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2509_END_INCLUDE_IMAGE_
|
|
Gray1085.png
|
The superior surface of the liver. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2510_END_INCLUDE_IMAGE_
|
|
Gray1086.png
|
Inferior surface of the liver. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2511_END_INCLUDE_IMAGE_
|
|
Gray1087.png
|
Posterior and inferior surfaces of the liver. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2512_END_INCLUDE_IMAGE_
|
|
Gray1088.png
|
Liver with the septum transversum. Human embryo 3 mm. long. (After model and figure by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2513_END_INCLUDE_IMAGE_
|
|
Gray1089.png
|
Longitudinal section of a hepatic vein. (After Kiernan.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2514_END_INCLUDE_IMAGE_
|
|
Gray1090.png
|
Longitudinal section of a small portal vein and canal. (After Kiernan.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2515_END_INCLUDE_IMAGE_
|
|
Gray1091.png
|
Section of injected liver (dog).
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2516_END_INCLUDE_IMAGE_
|
|
Gray1092.png
|
A single lobule of the liver of a pig. X 60.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2517_END_INCLUDE_IMAGE_
|
|
Gray1093.png
|
Section across portal canal of pig. X 250.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2518_END_INCLUDE_IMAGE_
|
|
Gray1094.png
|
Bile capillaries of rabbit. shown by Golgi’s method. X 450.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2519_END_INCLUDE_IMAGE_
|
|
Gray1095.png
|
The gall-bladder and bile ducts laid open. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2520_END_INCLUDE_IMAGE_
|
|
Gray1096.png
|
Transverse section of gall-bladder.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2521_END_INCLUDE_IMAGE_
|
|
Gray1097.png
|
Transverse section through the middle of the first lumbar vertebra, showing the relations of the pancreas. (Braune.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2522_END_INCLUDE_IMAGE_
|
|
Gray1098.png
|
The duodenum and pancreas.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2523_END_INCLUDE_IMAGE_
|
|
Gray1099.png
|
The pancreas and duodenum from behind. (From model by His.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2524_END_INCLUDE_IMAGE_
|
|
Gray1100.png
|
The pancreatic duct.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2525_END_INCLUDE_IMAGE_
|
|
Gray1101.png
|
Pancreas of a human embryo of five weeks. (Kollmann.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2526_END_INCLUDE_IMAGE_
|
|
Gray1102.png
|
Pancreas of a human embryo at end of sixth week. (Kollmann.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2527_END_INCLUDE_IMAGE_
|
|
Gray1103.png
|
Schematic and enlarged cross-section through the body of a human embryo in the region of the mesogastrium. Beginning of third month. (Toldt.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2528_END_INCLUDE_IMAGE_
|
|
Gray1104.png
|
Section through same region as in Fig. 1103, at end of third month. (Toldt.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2529_END_INCLUDE_IMAGE_
|
|
Gray1105.png
|
Section of pancreas of dog. X 250.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2530_END_INCLUDE_IMAGE_
|
|
Gray1106.png
|
Section of the urogenital fold of a chick embryo of the fourth day. (Waldeyer.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2531_END_INCLUDE_IMAGE_
|
|
Gray1107.png
|
Enlarged view from the front of the left Wolffian body before the establishment of the distinction of sex. (From Farre, after Kobelt.) a, a, b, c, d. Tubular structure of the Wolffian body. e. Wolffian duct. f. Its upper extremity. g. Its termination in x, the urogenital sinus. h. The duct of Müller. i. Its upper, funnel-shaped extremity. k. Its lower end, terminating in the urogenital sinus. l. The genital gland.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2532_END_INCLUDE_IMAGE_
|
|
Gray1108.png
|
Broad ligament of adult, showing epoöphoron. (From Farre, after Kobelt.) a, a. Epoöphoron formed from the upper part of the Wolffian body. b. Remains of the uppermost tubes sometimes forming appendices. c. Middle set of tubes. d. Some lower atrophied tubes. e. Atrophied remains of the Wolffian duct. f. The terminal bulb or hydatid. h. The uterine tube, originally the duct of Müller. i. Appendix attached to the extremity. l. The ovary.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2533_END_INCLUDE_IMAGE_
|
|
Gray1109.png
|
Urogenital sinus of female human embryo of eight and a half to nine weeks old. (From model by Keibel)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2534_END_INCLUDE_IMAGE_
|
|
Gray1110.png
|
Diagrams to show the development of male and female generative organs from a common type. (Allen Thomson.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2535_END_INCLUDE_IMAGE_
|
|
Gray1111.png
|
Transverse section of human embryo eight and a half to nine weeks old. (From model by Keibel.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2536_END_INCLUDE_IMAGE_
|
|
Gray1112.png
|
Longitudinal section of ovary of cat embryo of 9.4 cm. long. Schematic. (After Cœrt.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2537_END_INCLUDE_IMAGE_
|
|
Gray1113.png
|
Section of the ovary of a newly born child. (Waldeyer.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2538_END_INCLUDE_IMAGE_
|
|
Gray1114.png
|
Section of a genital cord of the testis of a human embryo 3.5 cm. long. (Felix and Bühler.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2539_END_INCLUDE_IMAGE_
|
|
Gray1115.png
|
Tail end of human embryo twenty-five to twenty-nine days old. (From model by Keibel.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2540_END_INCLUDE_IMAGE_
|
|
Gray1116.png
|
Tail end of human embryo thirty-two to thirty-three days old. (From model by Keibel.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2541_END_INCLUDE_IMAGE_
|
|
Gray1117.png
|
Tail end of human embryo; from eight and a half to nine weeks old. (From model by Keibel.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2542_END_INCLUDE_IMAGE_
|
|
Gray1118.png
|
Primitive kidney and bladder, from a reconstruction. (After Schreiner.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2543_END_INCLUDE_IMAGE_
|
|
Gray1119.png
|
Stages in the development of the external sexual organs in the male and female. (Drawn from the Ecker-Ziegler models.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2544_END_INCLUDE_IMAGE_
|
|
Gray1120.png
|
The relations of the viscera and large vessels of the abdomen. (Seen from behind, the last thoracic vertebra being well raised.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2545_END_INCLUDE_IMAGE_
|
|
Gray1121.png
|
Posterior abdominal wall, after removal of the peritoneum, showing kidneys, suprarenal capsules, and great vessels. (Corning).
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2546_END_INCLUDE_IMAGE_
|
|
Gray1122.png
|
The anterior surfaces of the kidneys, showing the areas of contact of neighboring viscera.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2547_END_INCLUDE_IMAGE_
|
|
Gray1123.png
|
The posterior surfaces of the kidneys, showing areas of relation to the parietes.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2548_END_INCLUDE_IMAGE_
|
|
Gray1124.png
|
The relations of the kidneys from behind.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2549_END_INCLUDE_IMAGE_
|
|
Gray1125.png
|
Sagittal section through posterior abdominal wall, showing the relations of the capsule of the kidney. (After Gerota).
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2550_END_INCLUDE_IMAGE_
|
|
Gray1126.png
|
Transverse section, showing the relations of the capsule of the kidney. (After Gerota.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2551_END_INCLUDE_IMAGE_
|
|
Gray1127.png
|
Vertical section of kidney.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2552_END_INCLUDE_IMAGE_
|
|
Gray1128.png
|
Scheme of renal tubule and its vascular supply.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2553_END_INCLUDE_IMAGE_
|
|
Gray1129.png
|
Distribution of bloodvessels in cortex of kidney.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2554_END_INCLUDE_IMAGE_
|
|
Gray1130.png
|
Glomerulus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2555_END_INCLUDE_IMAGE_
|
|
Gray1131.png
|
Longitudinal section of descending limb of Henle’s loop. a. Membrana propria. b. Epithelium.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2556_END_INCLUDE_IMAGE_
|
|
Gray1132.png
|
Section of cortex of human kidney.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2557_END_INCLUDE_IMAGE_
|
|
Gray1133.png
|
Transverse section of pyramidal substance of kidney of pig, the bloodvessels of which are injected. a. Large collecting tube, cut across, lined with cylindrical epithelium. b. Branch of collecting tube, cut across, lined with cubical epithelium. c, d. Henle’s loops cut across. e. Bloodvessels cut across. D. Connective tissue ground substance.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2558_END_INCLUDE_IMAGE_
|
|
Gray1134.png
|
Transverse section of ureter.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2559_END_INCLUDE_IMAGE_
|
|
Gray1135.png
|
Median sagitta section of male pelvis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2560_END_INCLUDE_IMAGE_
|
|
Gray1136.png
|
Male pelvic organs seen from right side. Bladder and rectum distended; relations of peritoneum to the bladder and rectum shown in blue. The arrow points to the rectovesical pouch.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2561_END_INCLUDE_IMAGE_
|
|
Gray1137.png
|
Sagittal section through the pelvis of a newly born male child.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2562_END_INCLUDE_IMAGE_
|
|
Gray1138.png
|
Sagittal section through the pelvis of a newly born female child.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2563_END_INCLUDE_IMAGE_
|
|
Gray1139.png
|
Median sagittal section of female pelvis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2564_END_INCLUDE_IMAGE_
|
|
Gray1140.png
|
The interior of bladder.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2565_END_INCLUDE_IMAGE_
|
|
Gray1141.png
|
Vertical section of bladder wall.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2566_END_INCLUDE_IMAGE_
|
|
Gray1142.png
|
The male urethra laid open on its anterior (upper) surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2567_END_INCLUDE_IMAGE_
|
|
Gray1143.png
|
The scrotum. On the left side the cavity of the tunica vaginalis has been opened; on the right side only the layers superficial to the Cremaster have been removed. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2568_END_INCLUDE_IMAGE_
|
|
Gray1144.png
|
The scrotum. The penis has been turned upward, and the anterior wall of the scrotum has been removed. On the right side, the spermatic cord, the infundibuliform fascia, and the Cremaster muscle are displayed; on the left side, the infundibuliform fascia has been divided by a longitudinal incision passing along the front of the cord and the testicle, and a portion of the parietal layer of the tunica vaginalis has been removed to display the testicle and a portion of the head of the epididymis, which are covered by the visceral layer of the tunica vaginalis. (Toldt.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2569_END_INCLUDE_IMAGE_
|
|
Gray1145.png
|
Transverse section through the left side of the scrotum and the left testis. The sac of the tunica vaginalis is represented in a distended condition. (Diagrammatic.) (Delépine.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2570_END_INCLUDE_IMAGE_
|
|
Gray1146.png
|
The spermatic cord in the inguinal canal. (Poirier and Charpy.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2571_END_INCLUDE_IMAGE_
|
|
Gray1147.png
|
Spermatic veins. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2572_END_INCLUDE_IMAGE_
|
|
Gray1148.png
|
The right testis, exposed by laying open the tunica vaginalis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2573_END_INCLUDE_IMAGE_
|
|
Gray1149.png
|
Vertical section of the testis, to show the arrangement of the ducts.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2574_END_INCLUDE_IMAGE_
|
|
Gray1150.png
|
Transverse section of a tubule of the testis of a rat. X 250.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2575_END_INCLUDE_IMAGE_
|
|
Gray1151.png
|
Section of epididymis of guinea-pig. X 255.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2576_END_INCLUDE_IMAGE_
|
|
Gray1152.png
|
Fundus of the bladder with the vesiculæ seminales.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2577_END_INCLUDE_IMAGE_
|
|
Gray1153.png
|
Vesiculæ seminales and ampullæ of ductus deferentes, seen from the front. The anterior walls of the left ampulla, left seminal vesicle, and prostatic urethra have been cut away.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2578_END_INCLUDE_IMAGE_
|
|
Gray1154.png
|
The constituent cavernous cylinders of the penis. The glans and anterior part of the corpus cavernosum urethræ are detached from the corpora cavernosa penis and turned to one side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2579_END_INCLUDE_IMAGE_
|
|
Gray1155.png
|
Transverse section of the penis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2580_END_INCLUDE_IMAGE_
|
|
Gray1156.png
|
Vertical section of bladder, penis, and urethra.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2581_END_INCLUDE_IMAGE_
|
|
Gray1157.png
|
Section of corpus cavernosum penis in a non-distended condition. (Cadiat.) a. Trabeculæ of connective tissue, with many elastic fibers and bundles of plain muscular tissue, some of which are cut across (c). b. Blood sinuses.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2582_END_INCLUDE_IMAGE_
|
|
Gray1158.png
|
Diagram of the arteries of the penis. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2583_END_INCLUDE_IMAGE_
|
|
Gray1159.png
|
Veins of the penis. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2584_END_INCLUDE_IMAGE_
|
|
Gray1160.png
|
Prostate with seminal vesicles and seminal ducts, viewed from in front and above. (Spalteholz.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2585_END_INCLUDE_IMAGE_
|
|
Gray1161.png
|
Uterus and right broad ligament, seen from behind. The broad ligament has been spread out and the ovary drawn downward.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2586_END_INCLUDE_IMAGE_
|
|
Gray1162.png
|
Adult ovary, epoöphoron, and uterine tube. (From Farre, after Kobelt.) a, a. Epoöphoron formed from the upper part of the Wolffian body. b. Remains of the uppermost tubes sometimes forming hydatids. c. Middle set of tubes. d. Some lower atrophied tubes. e. Atrophied remains of the Wolffian duct. f. The terminal bulb or hydatid. h. The uterine tube. i. Hydatid attached to the extremity. l. The ovary.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2587_END_INCLUDE_IMAGE_
|
|
Gray1163.png
|
Section of the ovary. (After Schrön.) 1. Outer covering. 1’. Attached border. 2. Central stroma. 3. Peripheral stroma. 4. Bloodvessels. 5. Vesicular follicles in their earliest stage. 6, 7, 8. More advanced follicles. 9. An almost mature follicle. 9’. Follicle from which the ovum has escaped. 10. Corpus luteum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2588_END_INCLUDE_IMAGE_
|
|
Gray1164.png
|
Section of vesicular ovarian follicle of cat. X 50.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2589_END_INCLUDE_IMAGE_
|
|
Gray1165.png
|
Female pelvis and its contents, seen from above and in front.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2590_END_INCLUDE_IMAGE_
|
|
Gray1166.png
|
Sagittal section of the lower part of a female trunk, right segment. SM. INT. Small intestine. (Testut.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2591_END_INCLUDE_IMAGE_
|
|
Gray1167.png
|
Posterior half of uterus and upper part of vagina.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2592_END_INCLUDE_IMAGE_
|
|
Gray1168.png
|
Sagittal section through the pelvis of a newly born female. child.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2593_END_INCLUDE_IMAGE_
|
|
Gray1169.png
|
Vertical section of mucous membrane of human uterus. (Sobotta.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2594_END_INCLUDE_IMAGE_
|
|
Gray1170.png
|
The arteries of the internal organs of generation of the female, seen from behind. (After Hyrtl.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2595_END_INCLUDE_IMAGE_
|
|
Gray1171.png
|
External genital organs of female. The labia minora have been drawn apart.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2596_END_INCLUDE_IMAGE_
|
|
Gray1172.png
|
Dissection of the lower half of the mamma during the period of lactation. (Luschka.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2597_END_INCLUDE_IMAGE_
|
|
Gray1173.png
|
Section of portion of mamma.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2598_END_INCLUDE_IMAGE_
|
|
Gray1174.png
|
The thyroid gland and its relations.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2599_END_INCLUDE_IMAGE_
|
|
Gray1175.png
|
Scheme showing development of branchial epithelial bodies. (Modified from Koh.) I, II, III, IV. Branchial pouches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2600_END_INCLUDE_IMAGE_
|
|
Gray1176.png
|
Section of thyroid gland of sheep. X 160.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2601_END_INCLUDE_IMAGE_
|
|
Gray1177.png
|
Parathyroid glands. (Halsted and Evans.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2602_END_INCLUDE_IMAGE_
|
|
Gray1178.png
|
The thymus of a full-time fetus, exposed in situ.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2603_END_INCLUDE_IMAGE_
|
|
Gray1179.png
|
Minute structure of thymus. Follicle of injected thymus from calf, four days old, slightly diagrammatic, magnified about 50 diameters. The large vessels are disposed in two rings, one of which surrounds the follicle, the other lies just within the margin of the medulla. (Watney.) A and B. From thymus of camel, examined without addition of any reagent. Magnified about 400 diameters. A. Large colorless cell, containing small oval masses of hemoglobin. Similar cells are found in the lymph glands, spleen, and medulla of bone. B. Colored blood corpuscles.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2604_END_INCLUDE_IMAGE_
|
|
Gray1180.png
|
The hypophysis cerebri in position. Shown in sagittal section.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2605_END_INCLUDE_IMAGE_
|
|
Gray1181.png
|
Median sagittal through the hypophysis of an adult monkey. Semidiagrammatic. (Herring.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2606_END_INCLUDE_IMAGE_
|
|
Gray1182.png
|
Vertical sections of the heads of early embryos of the rabbit. Magnified. (From Mihalkovics.) A. From an embryo 5 mm. long. B. From an embryo 6 mm. long. C. Vertical section of the anterior end of the notochord and hypophysis, etc., from an embryo 16 mm. long. In A the buccopharyngeal membrane is still present. In B it is in the process of disappearing, and the stomodeum now communicates with the primitive pharynx. am. Amnion. c. Fore-brain. ch. Notochord. f. Anterior extremity of fore-gut, i. h. Heart. if. Infundibulum. m. Wall of brain cavity. mc. Mid-brain. mo. Hind-brain. p. Original position of hypophyseal diverticulum, py. ph. Pharynx. sp.e. Sphenoethmoidal. bc. Central. sp.o. Sphenoöccipital parts of basis cranii. tha. Thalamus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2607_END_INCLUDE_IMAGE_
|
|
Gray1183.png
|
Suprarenal glands viewed from the front.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2608_END_INCLUDE_IMAGE_
|
|
Gray1184.png
|
Suprarenal glands viewed from behind.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2609_END_INCLUDE_IMAGE_
|
|
Gray1185.png
|
Section of a part of a suprarenal gland. (Magnified.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2610_END_INCLUDE_IMAGE_
|
|
Gray1186.png
|
Section of part of human glomus caroticum. (Schaper.) Highly magnified. Numerous bloodvessels are seen in section among the gland cells.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2611_END_INCLUDE_IMAGE_
|
|
Gray1187.png
|
Section of an irregular nodule of the glomus coccygeum. (Sertoli.) X 85. The section shows the fibrous covering of the nodule, the bloodvessels within it, and the epithelial cells of which it is constituted.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2612_END_INCLUDE_IMAGE_
|
|
Gray1188.png
|
The visceral surface of the spleen.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2613_END_INCLUDE_IMAGE_
|
|
Gray1189.png
|
Transverse section of the spleen, showing the trabecular tissue and the splenic vein and its tributaries.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2614_END_INCLUDE_IMAGE_
|
|
Gray1190.png
|
Transverse section of the human spleen, showing the distribution of the splenic artery and its branches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2615_END_INCLUDE_IMAGE_
|
|
Gray1191.png
|
Transverse section of a portion of the spleen.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2616_END_INCLUDE_IMAGE_
|
|
Gray1192.png
|
Section of the spleen, showing the termination of the small bloodvessels.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2617_END_INCLUDE_IMAGE_
|
|
Gray1193.png
|
Side view of head, showing surface relations of bones.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2618_END_INCLUDE_IMAGE_
|
|
Gray1194.png
|
Anterolateral view of head and neck.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2619_END_INCLUDE_IMAGE_
|
|
Gray1195.png
|
Front view of neck.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2620_END_INCLUDE_IMAGE_
|
|
Gray1196.png
|
Diagrammatic section of scalp.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2621_END_INCLUDE_IMAGE_
|
|
Gray1197.png
|
Drawing of a cast by Cunningham to illustrate the relations of the brain to the skull.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2622_END_INCLUDE_IMAGE_
|
|
Gray1198.png
|
Relations of the brain and middle meningeal artery to the surface of the skull. 1. Nasion. 2. Inion. 3. Lambda. 4. Lateral cerebral fissure. 5. Central sulcus. AA. Reid’s base line. B. Point for trephining the anterior branch of the middle meningeal artery. C. Suprameatal triangle. D. Sigmoid bend of the transverse sinus. E. Point for trephining over the straight portion of the transverse sinus, exposing dura mater of both cerebrum and cerebellum. Outline of cerebral hemisphere indicated in blue; course of middle meningeal artery in red.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2623_END_INCLUDE_IMAGE_
|
|
Gray1199.png
|
Outline of bones of face, showing position of air sinuses.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2624_END_INCLUDE_IMAGE_
|
|
Gray1200.png
|
Outline of side of face, showing chief surface markings.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2625_END_INCLUDE_IMAGE_
|
|
Gray1201.png
|
The mouth cavity. The cheeks have been slit transversely and the tongue pulled forward.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2626_END_INCLUDE_IMAGE_
|
|
Gray1202.png
|
The mouth cavity. The apex of the tongue is turned upward, and on the right side a superficial dissection of its under surface has been made.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2627_END_INCLUDE_IMAGE_
|
|
Gray1203.png
|
Front of nasal part of pharynx, as seen with the laryngoscope.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2628_END_INCLUDE_IMAGE_
|
|
Gray1204.png
|
Laryngoscopic view of interior of larynx
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2629_END_INCLUDE_IMAGE_
|
|
Gray1205.png
|
Front of left eye with eyelids separated to show medial canthus.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2630_END_INCLUDE_IMAGE_
|
|
Gray1206.png
|
The interior of the posterior half of the left eyeball.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2631_END_INCLUDE_IMAGE_
|
|
Gray1207.png
|
The auricula or pinna. Lateral surface.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2632_END_INCLUDE_IMAGE_
|
|
Gray1208.png
|
The right tympanic membrane as seen through a speculum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2633_END_INCLUDE_IMAGE_
|
|
Gray1209.png
|
Left temporal bone showing surface markings for the tympanic antrum (red), transverse sinus (blue), and facial nerve (yellow).
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2634_END_INCLUDE_IMAGE_
|
|
Gray1210.png
|
Side of neck, showing chief surface markings.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2635_END_INCLUDE_IMAGE_
|
|
Gray1211.png
|
Surface anatomy of the back.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2636_END_INCLUDE_IMAGE_
|
|
Gray1212.png
|
Diagram showing the relation of the medulla spinalis to the dorsal surface of the trunk. The bones are outlined in red.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2637_END_INCLUDE_IMAGE_
|
|
Gray1213.png
|
Sagittal section of vertebral canal to show the lower end of the medulla spinalis and the flum terminale. (Testut.) Li, Lv. First and fifth lumbar vertebra. S?? Second sacral vertebra. 1. Dura mater. 2. Lower part of subarachnoid cavity. 3. Lower extremity of medulla spinalis. 4. Filum terminale internum, and 5. Filum terminale externum. 6. Attachment of filum terminale to first segment of cooccyx.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2638_END_INCLUDE_IMAGE_
|
|
Gray1214.png
|
Scheme showing the relations of the regions of attachment of the spinal nerves to the vertebral spinous processes. (After Reid.)
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2639_END_INCLUDE_IMAGE_
|
|
Gray1215.png
|
The left side of the thorax.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2640_END_INCLUDE_IMAGE_
|
|
Gray1216.png
|
Front of thorax, showing surface relations of bones, lungs (purple), pleura (blue), and heart (red outline). P. Pulmonary valve. A. Aortic valve. B. Bicuspid valve. T. Tricuspid valve.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2641_END_INCLUDE_IMAGE_
|
|
Gray1217.png
|
Side of thorax, showing surface markings for bones, lungs (purple), pleura (blue), and spleen (green).
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2642_END_INCLUDE_IMAGE_
|
|
Gray1218.png
|
Diagram showing relations of opened heart to front of thoracic wall. Ant. Anterior segment of tricuspid valve. A O. Aorta. A.P. Anterior papillary muscle. In. Innominate artery. L.C.C. Left common carotid artery. L.S. Left subclavian artery. L.V. Left ventricle. P.A. Pulmonary artery. R.A. Right atrium. R.V. Right ventricle. V.S. Ventricular septum.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2643_END_INCLUDE_IMAGE_
|
|
Gray1219.png
|
Surface anatomy of the front of the thorax and abdomen.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2644_END_INCLUDE_IMAGE_
|
|
Gray1220.png
|
Surface lines of the front of the thorax and abdomen.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2645_END_INCLUDE_IMAGE_
|
|
Gray1221.png
|
With the patient in the erect posture.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2646_END_INCLUDE_IMAGE_
|
|
Gray1222.png
|
With the patient lying down.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2647_END_INCLUDE_IMAGE_
|
|
Gray1223.png
|
Front of abdomen, showing surface markings for liver, stomach, and great intestine.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2648_END_INCLUDE_IMAGE_
|
|
Gray1224.png
|
Topography of thoracic and abdominal viscera.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2649_END_INCLUDE_IMAGE_
|
|
Gray1225.png
|
Front of abdomen, showing surface markings for duodenum, pancreas, and kidneys. A A’. Plane through joint between body and xiphoid process of sternum. B B’. Plane midway between A A’ and transpyloric plane. C C’. Plane midway between transpyloric and transtubercular planes.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2650_END_INCLUDE_IMAGE_
|
|
Gray1226.png
|
Back of lumbar region, showing surface markings for kidneys, ureters, and spleen. The lower portions of the lung and pleura are shown on the right side.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2651_END_INCLUDE_IMAGE_
|
|
Gray1227.png
|
Front of abdomen, showing surface markings for arteries and inguinal canal.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2652_END_INCLUDE_IMAGE_
|
|
Gray1228.png
|
Median sagittal section of male pelvis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2653_END_INCLUDE_IMAGE_
|
|
Gray1229.png
|
External genital organs of female. The labia minora have been drawn apart.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2654_END_INCLUDE_IMAGE_
|
|
Gray1230.png
|
Median sagittal section of female pelvis.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2655_END_INCLUDE_IMAGE_
|
|
Gray1231.png
|
Front of right upper extremity.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2656_END_INCLUDE_IMAGE_
|
|
Gray1232.png
|
Back of right upper extremity.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2657_END_INCLUDE_IMAGE_
|
|
Gray1233.png
|
The mucous sheaths of the tendons on the front of the wrist and digits.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2658_END_INCLUDE_IMAGE_
|
|
Gray1234.png
|
The mucous sheaths of the tendons on the back of the wrist.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2659_END_INCLUDE_IMAGE_
|
|
Gray1235.png
|
Front of right upper extremity, showing surface markings for bones, arteries, and nerves.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2660_END_INCLUDE_IMAGE_
|
|
Gray1236.png
|
Back of right upper extremity, showing surface markings for bones and nerves.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2661_END_INCLUDE_IMAGE_
|
|
Gray1237.png
|
Palm of left hand, showing position of skin creases and bones, and surface markings for the volar arches.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2662_END_INCLUDE_IMAGE_
|
|
Gray1238.png
|
Front and medial aspect of right thigh.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2663_END_INCLUDE_IMAGE_
|
|
Gray1239.png
|
Back of left lower extremity.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2664_END_INCLUDE_IMAGE_
|
|
Gray1240.png
|
Lateral aspect of right leg.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2665_END_INCLUDE_IMAGE_
|
|
Gray1241.png
|
The mucous sheaths of the tendons around the ankle. Lateral aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2666_END_INCLUDE_IMAGE_
|
|
Gray1242.png
|
The mucous sheaths of the tendons around the ankle. Medial aspect.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2667_END_INCLUDE_IMAGE_
|
|
Gray1243.png
|
Nélaton’s line and Bryant’s triangle.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2668_END_INCLUDE_IMAGE_
|
|
Gray1244.png
|
Left gluteal region, showing surface markings for arteries and sciatic nerve.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2669_END_INCLUDE_IMAGE_
|
|
Gray1245.png
|
Front of right thigh, showing surface markings for bones, femoral artery and femoral nerve.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2670_END_INCLUDE_IMAGE_
|
|
Gray1246.png
|
Lateral aspect of right leg, showing surface markings for bones, anterior tibial and dorsalis pedis arteries, and deep peroneal nerve.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2671_END_INCLUDE_IMAGE_
|
|
Gray1247.png
|
Back of left lower extremity, showing surface markings for bones, vessels, and nerves.
|
26/01/2009 @ 3:50
|
jdmiles
|
_INCLUDE_IMAGE_2672_END_INCLUDE_IMAGE_
|
|
Poly Gyria Dorsal with arrow
|
Note that there more gyri here than you would expect to see in a normal brain. This is polygyria. The unnecessarily large green arrow points to some of these gyri.
|
30/01/2009 @ 8:26
|
jdmiles
|
_INCLUDE_IMAGE_2673_END_INCLUDE_IMAGE_
|
|
Normal Neuropil for Comparison
|
This is a sample of normal-appearing neuropil, prepared with the Bodian stain. This image was taken at 100x magnification.
|
01/02/2009 @ 17:17
|
gliageek
|
_INCLUDE_IMAGE_2674_END_INCLUDE_IMAGE_
|
|
oligodendroglioma H&E with arrow
|
The unnecessarily large green arrow points to the dark nucleus of one of the scores of oligodendroglioma cells seen in this image. Note the white halo around the dark nucleus. This appearance is typical of an oligodendroglioma.
|
01/02/2009 @ 17:30
|
jdmiles
|
_INCLUDE_IMAGE_2675_END_INCLUDE_IMAGE_
|
|
Gomori Trichrome Normal Muscle
|
This is a sample of normal muscle prepared with the Gomori Trichrome stain. Note the polygonal muscle fibers, which appear a bluish green. There are small white cracks in each muscle fiber - these are an artifact caused by ice crystals during preparation of the sample.
|
01/02/2009 @ 20:04
|
gliageek
|
_INCLUDE_IMAGE_2676_END_INCLUDE_IMAGE_
|
|
Bilateral Pallidal Necrosis High
|
This is a sample of gross brain, with bilateral pallidal necrosis. The necrotic areas are obscured with big green shaded areas.
|
01/02/2009 @ 20:52
|
jdmiles
|
_INCLUDE_IMAGE_2677_END_INCLUDE_IMAGE_
|
|
Pseudopalisading Necrosis Explai
|
`Palisading` is when cells line up next to each other, like slats in a picket fence. These rapidly proliferating tumor cells appear to palisade around the central pale area, which represents necrotic tissue (region shaded in yellow). Pseudopalisading necrosis is a common feature of glioblastoma multiforme (GBM), which is the tumor shown in this slide.
|
02/02/2009 @ 15:14
|
jdmiles
|
_INCLUDE_IMAGE_2678_END_INCLUDE_IMAGE_
|
|
Normal Neuropil - Basic Cell Typ
|
An H&E-stained section of normal neuropil. This shows some good examples of basic structures seen in the brain - neurons, oligodendrocytes, astrocytes, and capillaries.
|
02/02/2009 @ 16:28
|
jdmiles
|
_INCLUDE_IMAGE_2679_END_INCLUDE_IMAGE_
|
|
Normal Neuropil - Highlighted
|
The following structures are labeled by color: Neurons (green), Oligodendrocytes (blue), a Capillary (yellow), and an Astrocyte (red).
|
02/02/2009 @ 16:30
|
jdmiles
|
_INCLUDE_IMAGE_2680_END_INCLUDE_IMAGE_
|
|
Normal Neuropil - Oligos
|
This is normal neuropil, prepared with an H&E stain. The cells circled in blue are normal oligodendrocytes.
|
02/02/2009 @ 16:39
|
jdmiles
|
_INCLUDE_IMAGE_2681_END_INCLUDE_IMAGE_
|
|
Cbllr GBM with arrow
|
This is a GBM. The unnecessarily large green arrow indicates an area of necrosis.
|
04/02/2009 @ 3:18
|
jdmiles
|
_INCLUDE_IMAGE_2682_END_INCLUDE_IMAGE_
|
|
IVL cd20hp with arrow
|
This image illustrates intravascular lymphoma in brain. This sample is prepared with a CD-20 immune stain. The brownish staining cells are lymphoma cells which express CD20. Note that these cells remain within blood vessels.
|
04/02/2009 @ 10:00
|
jdmiles
|
_INCLUDE_IMAGE_2683_END_INCLUDE_IMAGE_
|
|
Normal Cerebellum
|
This is a preparation of normal cerebellum, stained with H&E.
|
04/02/2009 @ 13:09
|
jdmiles
|
_INCLUDE_IMAGE_2684_END_INCLUDE_IMAGE_
|
|
Negri Bodies
|
Characteristic Negri bodies are present within a Purkinje cell of the cerebellum in this patient who died of rabies.
Image courtesy of CDC/ Dr. Makonnen Fekadu.
This image is in the public domain and thus free of any copyright restrictions. As a matter of courtesy we request that the content provider be credited and notified in any public or private usage of this image.
|
05/02/2009 @ 2:52
|
jdmiles
|
_INCLUDE_IMAGE_2685_END_INCLUDE_IMAGE_
|
|
Negri Bodies - Labeled
|
Characteristic Negri bodies are present within a Purkinje cell of the cerebellum in this patient who died of rabies.
The Negri bodies are circled in green.
|
05/02/2009 @ 2:53
|
jdmiles
|
_INCLUDE_IMAGE_2686_END_INCLUDE_IMAGE_
|
|
Photomicrograph of H&E stained
|
Histopathologic brain tissue from a rabies patient displaying the pathognomonic finding of Negri Bodies within the neuronal cytoplasm, and stained using H&E stain.
Courtesy of CDC.
This image is in the public domain and thus free of any copyright restrictions. As a matter of courtesy we request that the content provider be credited and notified in any public or private usage of this image.
|
05/02/2009 @ 2:58
|
jdmiles
|
_INCLUDE_IMAGE_2687_END_INCLUDE_IMAGE_
|
|
Photomicrograph of H&E stained b
|
The unnecessarily large green arrow points to a Negri body. Negri bodies are intracytoplasmic inclusions seen in rabies encephalitis.
|
05/02/2009 @ 3:01
|
jdmiles
|
_INCLUDE_IMAGE_2688_END_INCLUDE_IMAGE_
|
|
Rabies - Negri Bodies H&E
|
This micrograph depicts the histopathologic changes associated with rabies encephalitis prepared using an H&E stain.
Note the Negri bodies, which are cellular inclusions found most frequently in the pyramidal cells of Ammon's horn, and the Purkinje cells of the cerebellum. They are also found in the cells of the medulla and various other ganglia.
Courtesy of CDC / Dr. Daniel P. Perl
This image is in the public domain and thus free of any copyright restrictions. As a matter of courtesy we request that the content provider be credited and notified in any public or private usage of this image.
|
05/02/2009 @ 3:15
|
jdmiles
|
_INCLUDE_IMAGE_2689_END_INCLUDE_IMAGE_
|
|
Rabies - Negri Bodies H&E with a
|
The unnecessarily large green arrow points to one of several Negri bodies visible in this image. They are dark pink blobs in the cytoplasm.
|
05/02/2009 @ 3:16
|
jdmiles
|
_INCLUDE_IMAGE_2690_END_INCLUDE_IMAGE_
|
|
Negri Body from CDC Rabies page
|
In 1903, Dr. Adelchi Negri reported the identification of what he believed to be the etiologic agent of rabies, the Negri body. In his report, he described Negri bodies as round or oval inclusions within the cytoplasm of nerve cells of animals infected with rabies. Negri bodies may vary in size from 0.25 to 27 µm. They are found most frequently in the pyramidal cells of Ammon's horn, and the Purkinje cells of the cerebellum. They are also found in the cells of the medulla and various other ganglia. Negri bodies can also be found in the neurons of the salivary glands, tongue, or other organs. Staining with Mann's, giemsa, or Sellers stains can permit differentiation of rabies inclusions from other intracellular inclusions. With these stains, Negri bodies appear magenta in color and have small (0.2 µm to 0.5 µm), dark-blue interior basophilic granules.
The presence of Negri bodies is variable. Histologic staining for Negri bodies is neither as sensitive nor as specific as other tests. Some experimentally-infected cases of rabies display Negri bodies in brain tissue; others do not. Histologic examination of tissues from clinically rabid animals show Negri bodies in about 50% of the samples; in contrast, the dFA test shows rabies antigen in nearly 100% of the samples. In other cases, non-rabid tissues have shown inclusions indistinquishable from Negri bodies. Because of these problems, the presence of Negri bodies should not be considered diagnostic for rabies.
Image and description courtesy of CDC.
Source: http://www.cdc.gov/rabies/diagnosis.html
|
05/02/2009 @ 3:36
|
jdmiles
|
_INCLUDE_IMAGE_2691_END_INCLUDE_IMAGE_
|
|
Normal Cerebellum - labelled
|
This H&E-stained slice of normal cerebellum shows the molecular layer, the deeper Purkinje cell layer with the Purkinje cells circled (green), and the still deeper granule cell layer.
|
06/02/2009 @ 3:33
|
jdmiles
|
_INCLUDE_IMAGE_2692_END_INCLUDE_IMAGE_
|
|
Normal Neuropil - Neurons
|
Normal neuropil, with neurons highlighted in green.
|
07/02/2009 @ 12:07
|
jdmiles
|
_INCLUDE_IMAGE_2693_END_INCLUDE_IMAGE_
|
|
TLDL 20x
|
TLDL 20x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2694_END_INCLUDE_IMAGE_
|
|
ACTH
|
ACTH
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2695_END_INCLUDE_IMAGE_
|
|
AD Occipital plaques 400x
|
AD Occipital plaques 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2696_END_INCLUDE_IMAGE_
|
|
AD Occipital Cortex 200x
|
AD Occipital Cortex 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2697_END_INCLUDE_IMAGE_
|
|
AD Occipital Neocortex Tau IHC
|
AD Occipital Neocortex Tau IHC
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2698_END_INCLUDE_IMAGE_
|
|
Adenoma 40x
|
Adenoma 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2699_END_INCLUDE_IMAGE_
|
|
Adenoma 400x
|
Adenoma 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2700_END_INCLUDE_IMAGE_
|
|
Adenoma Smear 400x
|
Adenoma Smear 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2701_END_INCLUDE_IMAGE_
|
|
AD hippocampus NFT and SP 400x
|
AD hippocampus NFT and SP 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2702_END_INCLUDE_IMAGE_
|
|
AD hippocampus BAM ihc 100x
|
AD hippocampus BAM ihc 100x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2703_END_INCLUDE_IMAGE_
|
|
AD hippocampus Tau IHC 200x
|
AD hippocampus Tau IHC 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2704_END_INCLUDE_IMAGE_
|
|
AD hippocampus 200x
|
AD hippocampus 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2705_END_INCLUDE_IMAGE_
|
|
AD hippocampus 40x
|
AD hippocampus 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2706_END_INCLUDE_IMAGE_
|
|
ADnBM 400x
|
ADnBM 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2707_END_INCLUDE_IMAGE_
|
|
AVM 20x
|
AVM 20x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2708_END_INCLUDE_IMAGE_
|
|
Acute Ischemia Cerebellum
|
Acute Ischemia Cerebellum
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2709_END_INCLUDE_IMAGE_
|
|
Adrenoleukodystrophy
|
Adrenoleukodystrophy
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2710_END_INCLUDE_IMAGE_
|
|
Alexander Disease Subpial 200x
|
Alexander Disease Subpial 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2711_END_INCLUDE_IMAGE_
|
|
Alexander Disease 20x
|
Alexander Disease 20x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2712_END_INCLUDE_IMAGE_
|
|
Alexander Disease 400x
|
Alexander Disease 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2713_END_INCLUDE_IMAGE_
|
|
Alzheimer type 2 astrocytes 400x
|
Alzheimer type 2 astrocytes 400x a
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2714_END_INCLUDE_IMAGE_
|
|
Alzheimer type 2 astrocytes 400x
|
Alzheimer type 2 astrocytes 400x b
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2715_END_INCLUDE_IMAGE_
|
|
Alzheimer Disease nBMx600
|
Alzheimer Disease nBMx600
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2716_END_INCLUDE_IMAGE_
|
|
Amyloid Angiopathy Congo Red pol
|
Amyloid Angiopathy Congo Red pol
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2717_END_INCLUDE_IMAGE_
|
|
Amyloid Angiopathy Congo Red
|
Amyloid Angiopathy Congo Red
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2718_END_INCLUDE_IMAGE_
|
|
Anencephaly Sag WM 001
|
Anencephaly Sag WM 001
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2719_END_INCLUDE_IMAGE_
|
|
Anencephaly Saggital Whole Mount
|
Anencephaly Saggital Whole Mount
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2720_END_INCLUDE_IMAGE_
|
|
Aneurysm Wall Movat Pentachrome
|
Aneurysm Wall Movat Pentachrome
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2721_END_INCLUDE_IMAGE_
|
|
Anterior Horn 400
|
Anterior Horn 400
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2722_END_INCLUDE_IMAGE_
|
|
Anterior Horn Bodian 400x
|
Anterior Horn Bodian 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2723_END_INCLUDE_IMAGE_
|
|
Anterior Horn CV 400x
|
Anterior Horn CV 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2724_END_INCLUDE_IMAGE_
|
|
Anterior Horn Cell Nissl 002
|
Anterior Horn Cell Nissl 002
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2725_END_INCLUDE_IMAGE_
|
|
Arachnoid Cyst 100x
|
Arachnoid Cyst 100x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2726_END_INCLUDE_IMAGE_
|
|
Arachnoid Cyst 200x
|
Arachnoid Cyst 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2727_END_INCLUDE_IMAGE_
|
|
Arachnoid Cyst 40x
|
Arachnoid Cyst 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2728_END_INCLUDE_IMAGE_
|
|
Arachnoid Cyst 400x
|
Arachnoid Cyst 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2729_END_INCLUDE_IMAGE_
|
|
Atypical Meningioma
|
Atypical Meningioma
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2730_END_INCLUDE_IMAGE_
|
|
Atypical Teratoid Rhabdoid Tumor
|
Atypical Teratoid Rhabdoid Tumor
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2731_END_INCLUDE_IMAGE_
|
|
Border 40x
|
Border 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2732_END_INCLUDE_IMAGE_
|
|
Bacteria Polys
|
Bacteria Polys
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2733_END_INCLUDE_IMAGE_
|
|
Betz Cell Nissl 001
|
Betz Cell Nissl 001
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2734_END_INCLUDE_IMAGE_
|
|
Betz Cell Silver 002
|
Betz Cell Silver 002
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2735_END_INCLUDE_IMAGE_
|
|
Bodian Silver Alzheimer Hippocam
|
Bodian Silver Alzheimer Hippocampus
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2736_END_INCLUDE_IMAGE_
|
|
CADASIL 400x
|
CADASIL 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2737_END_INCLUDE_IMAGE_
|
|
CD68 TLDL
|
CD68 TLDL
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2738_END_INCLUDE_IMAGE_
|
|
CMV 100x
|
CMV 100x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2739_END_INCLUDE_IMAGE_
|
|
CMV x600
|
CMV x600
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2740_END_INCLUDE_IMAGE_
|
|
Calpainopathy FS 200x
|
Calpainopathy is a subtype of Limb-Girdle muscular dystropy. Pathologically, it is characterized by degenerating and regenerating muscle fibers, fibrosis between the muscle fibers, and lobulated type 1 muscle fibers.
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2741_END_INCLUDE_IMAGE_
|
|
Calpainopathy 200x
|
Calpainopathy 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2742_END_INCLUDE_IMAGE_
|
|
Calpainopathy 400x
|
Calpainopathy 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2743_END_INCLUDE_IMAGE_
|
|
Calpainopathy 600x
|
Calpainopathy 600x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2744_END_INCLUDE_IMAGE_
|
|
Canavan Disease Grey White PAS
|
Canavan Disease Grey White PAS
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2745_END_INCLUDE_IMAGE_
|
|
Canavan Molecular Layer PAS
|
Canavan Molecular Layer PAS
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2746_END_INCLUDE_IMAGE_
|
|
Candidia PAS 600x
|
Candidia PAS 600x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2747_END_INCLUDE_IMAGE_
|
|
Sporadic JCD in cerebellum, immu
|
Sporadic JCD in cerebellum, immune stain
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2748_END_INCLUDE_IMAGE_
|
|
Sporadic JCD in cerebellum, immu
|
Sporadic JCD in cerebellum, immune stain, high power
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2749_END_INCLUDE_IMAGE_
|
|
Cerebritis
|
Cerebritis
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2750_END_INCLUDE_IMAGE_
|
|
Chordoid Meningioma
|
Chordoid Meningioma
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2751_END_INCLUDE_IMAGE_
|
|
Churg-Strauss with Eosinophils
|
Churg-Strauss with Eosinophils
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2752_END_INCLUDE_IMAGE_
|
|
Clear Cell Meningioma
|
Clear Cell Meningioma
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2753_END_INCLUDE_IMAGE_
|
|
Corpora Amylacea 400x
|
Corpora amylacea are inclusions found in astrocytes as part of aging. They're the big purple blobs in this image.
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2754_END_INCLUDE_IMAGE_
|
|
Cresyl violet immature cerebral
|
Cresyl violet immature cerebral cortex
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2755_END_INCLUDE_IMAGE_
|
|
Cresyl Violet Coronal WM 001
|
Cresyl Violet Coronal WM 001
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2756_END_INCLUDE_IMAGE_
|
|
Cresyl Violet Coronal Whole Moun
|
Cresyl Violet Coronal Whole Mount
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2757_END_INCLUDE_IMAGE_
|
|
Cryptococcoma H&E
|
Cryptococcoma H&E
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2758_END_INCLUDE_IMAGE_
|
|
DandyWalkerWM001
|
DandyWalkerWM001
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2759_END_INCLUDE_IMAGE_
|
|
Embolized Meningioma
|
Embolized Meningioma
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2760_END_INCLUDE_IMAGE_
|
|
GERMINOMA 1
|
GERMINOMA 1
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2761_END_INCLUDE_IMAGE_
|
|
GERMINOMA 2
|
GERMINOMA 2
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2762_END_INCLUDE_IMAGE_
|
|
GERMINOMA 3
|
GERMINOMA 3
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2763_END_INCLUDE_IMAGE_
|
|
Glioneuronal Tumor with Neuropil
|
Glioneuronal Tumor with Neuropil Islands, GFAP
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2764_END_INCLUDE_IMAGE_
|
|
GSS
|
GSS
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2765_END_INCLUDE_IMAGE_
|
|
GSS cerebellum
|
GSS cerebellum
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2766_END_INCLUDE_IMAGE_
|
|
Grinkers Myelinopathy crim
|
Grinkers Myelinopathy crim
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2767_END_INCLUDE_IMAGE_
|
|
Grinkers Myelinopathy crim HP
|
Grinkers Myelinopathy crim HP
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2768_END_INCLUDE_IMAGE_
|
|
Gumma HP
|
Gumma HP
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2769_END_INCLUDE_IMAGE_
|
|
Gumma LP
|
Gumma LP
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2770_END_INCLUDE_IMAGE_
|
|
HIV Encephalopathy mp
|
HIV Encephalopathy mp
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2771_END_INCLUDE_IMAGE_
|
|
HIV Encephalopathy 400x
|
HIV Encephalopathy 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2772_END_INCLUDE_IMAGE_
|
|
HIV Encephalopathy p24 immune st
|
HIV Encephalopathy p24 immune stain 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2773_END_INCLUDE_IMAGE_
|
|
HIV Encephalopathy p24 immune st
|
HIV Encephalopathy p24 immune stain 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2774_END_INCLUDE_IMAGE_
|
|
Hippocampus Cresyl Violet Corona
|
Hippocampus Cresyl Violet Coronal
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2775_END_INCLUDE_IMAGE_
|
|
Illustration of a hippocampal ne
|
Illustration of a hippocampal neuron
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2776_END_INCLUDE_IMAGE_
|
|
Hippocampus Cresyl Violet Corona
|
Hippocampus Cresyl Violet Coronal
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2777_END_INCLUDE_IMAGE_
|
|
Hirano Body 600x
|
Hirano bodies can be seen in normal aging. They are elongated eosinophilic neuronal inclusions which can jut out of the cell and into the neuropil.
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2778_END_INCLUDE_IMAGE_
|
|
Immature Teratoma Anlage HP
|
Immature Teratoma Anlage HP
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2779_END_INCLUDE_IMAGE_
|
|
Immature Teratoma Anlage LP
|
Immature Teratoma Anlage LP
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2780_END_INCLUDE_IMAGE_
|
|
JCD bx
|
JCD bx
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2781_END_INCLUDE_IMAGE_
|
|
KSS Nigra 400
|
KSS Nigra 400
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2782_END_INCLUDE_IMAGE_
|
|
KSS nigra 100
|
KSS nigra 100
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2783_END_INCLUDE_IMAGE_
|
|
KSS nigra 200
|
KSS nigra 200
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2784_END_INCLUDE_IMAGE_
|
|
King Silver Stain AD hippocampus
|
King Silver Stain AD hippocampus
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2785_END_INCLUDE_IMAGE_
|
|
Kuru HP
|
Kuru HP
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2786_END_INCLUDE_IMAGE_
|
|
LB 200 LC
|
LB 200 LC
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2787_END_INCLUDE_IMAGE_
|
|
LB 400 lc2b
|
LB 400 lc2b
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2788_END_INCLUDE_IMAGE_
|
|
LB 600 LC
|
LB 600 LC
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2789_END_INCLUDE_IMAGE_
|
|
LB 600 LC2
|
LB 600 LC2
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2790_END_INCLUDE_IMAGE_
|
|
LB 600 SN
|
LB 600 SN
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2791_END_INCLUDE_IMAGE_
|
|
LB 600 lc2b
|
LB 600 lc2b
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2792_END_INCLUDE_IMAGE_
|
|
LM germinoma
|
LM germinoma
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2793_END_INCLUDE_IMAGE_
|
|
Lafora Bodies
|
Lafora body disease is a metabolic storage disease. The Lafora bodies are the purple blobs in the neurons.
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2794_END_INCLUDE_IMAGE_
|
|
MTX leuko100x
|
MTX leuko100x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2795_END_INCLUDE_IMAGE_
|
|
MTX leuko HP
|
MTX leuko HP
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2796_END_INCLUDE_IMAGE_
|
|
meningioangiomatosis
|
meningioangiomatosis
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2797_END_INCLUDE_IMAGE_
|
|
Meningioma Brain Invasion
|
Meningioma Brain Invasion
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2798_END_INCLUDE_IMAGE_
|
|
Meningioma Invading Muscle
|
Meningioma Invading Muscle
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2799_END_INCLUDE_IMAGE_
|
|
Metapastic Meningioma Bone
|
Metapastic Meningioma Bone
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2800_END_INCLUDE_IMAGE_
|
|
Metaplastic Meningioma Myxoid
|
Metaplastic Meningioma Myxoid
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2801_END_INCLUDE_IMAGE_
|
|
Microcystic Meningioma
|
Microcystic Meningioma
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2802_END_INCLUDE_IMAGE_
|
|
Modified Kinyon stain Nocardia
|
Modified Kinyon stain Nocardia
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2803_END_INCLUDE_IMAGE_
|
|
NADH-TR target fibers
|
NADH-TR target fibers
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2804_END_INCLUDE_IMAGE_
|
|
NADH 400x
|
NADH 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2805_END_INCLUDE_IMAGE_
|
|
NMJ EM 3k001
|
NMJ EM 3k001
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2806_END_INCLUDE_IMAGE_
|
|
NMJ EM 4k002
|
NMJ EM 4k002
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2807_END_INCLUDE_IMAGE_
|
|
NONADENOMA 400x
|
NONADENOMA 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2808_END_INCLUDE_IMAGE_
|
|
NONADENOMA SMEAR 400x
|
NONADENOMA SMEAR 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2809_END_INCLUDE_IMAGE_
|
|
Neonatal Candida PAS 200x
|
Neonatal Candida PAS 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2810_END_INCLUDE_IMAGE_
|
|
Sporadic JCD in Neostriatum, H&E
|
Sporadic JCD in Neostriatum, H&E
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2811_END_INCLUDE_IMAGE_
|
|
Sporadic JCD in Neostriatum, imm
|
Sporadic JCD in Neostriatum, immune stain
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2812_END_INCLUDE_IMAGE_
|
|
Nerve Root Lymphoma 200x
|
Nerve Root Lymphoma 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2813_END_INCLUDE_IMAGE_
|
|
Nerve Root Lymphoma 40x
|
Nerve Root Lymphoma 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2814_END_INCLUDE_IMAGE_
|
|
Neuropil Bodian 400x
|
Neuropil Bodian 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2815_END_INCLUDE_IMAGE_
|
|
Neuropil CV 100x
|
Neuropil CV 100x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2816_END_INCLUDE_IMAGE_
|
|
Neuropil 100x
|
Neuropil 100x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2817_END_INCLUDE_IMAGE_
|
|
Nocardia GMS 200x
|
Nocardia GMS 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2818_END_INCLUDE_IMAGE_
|
|
Nocardia GMS 600x
|
Nocardia GMS 600x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2819_END_INCLUDE_IMAGE_
|
|
Occ Am IHC
|
Occ Am IHC
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2820_END_INCLUDE_IMAGE_
|
|
Sporadic JCD in occipital cortex
|
Sporadic JCD in occipital cortex
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2821_END_INCLUDE_IMAGE_
|
|
Oil Red O 200x
|
Oil Red O 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2822_END_INCLUDE_IMAGE_
|
|
Oligo Calc 40x
|
Oligo Calc 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2823_END_INCLUDE_IMAGE_
|
|
Oligo Ca 200x
|
Oligo Ca 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2824_END_INCLUDE_IMAGE_
|
|
Oligo Ca 400x
|
Oligo Ca 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2825_END_INCLUDE_IMAGE_
|
|
PAS Muscle
|
PAS Muscle
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2826_END_INCLUDE_IMAGE_
|
|
PAS candida WM 001
|
PAS candida WM 001
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2827_END_INCLUDE_IMAGE_
|
|
Pick Bodies, H&E
|
Pick Bodies, H&E
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2828_END_INCLUDE_IMAGE_
|
|
Pick Bodies, King Silver Stain
|
Pick Bodies, King Silver Stain
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2829_END_INCLUDE_IMAGE_
|
|
Pick Bodies, Tau Stain 400x Locu
|
Pick Bodies, Tau Stain 400x Locus Ceruleus
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2830_END_INCLUDE_IMAGE_
|
|
Pick Bodies, Tau Stain
|
Pick Bodies, Tau Stain
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2831_END_INCLUDE_IMAGE_
|
|
PML crim
|
PML crim
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2832_END_INCLUDE_IMAGE_
|
|
Papillary Meningioma
|
Papillary Meningioma
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2833_END_INCLUDE_IMAGE_
|
|
Pelizaus-Merzbacher
|
Pelizaus-Merzbacher
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2834_END_INCLUDE_IMAGE_
|
|
Pelizaus Merzbacher Crimbring
|
Pelizaus Merzbacher Crimbring
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2835_END_INCLUDE_IMAGE_
|
|
Pick Bodies Locus Ceruleus 400x
|
Pick Bodies Locus Ceruleus 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2836_END_INCLUDE_IMAGE_
|
|
Pilocytic 100
|
Pilocytic 100
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2837_END_INCLUDE_IMAGE_
|
|
Pilocytic 200
|
Pilocytic 200
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2838_END_INCLUDE_IMAGE_
|
|
Pilocytic 600
|
Pilocytic 600
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2839_END_INCLUDE_IMAGE_
|
|
Polymicrogyria Coronal Whole Mou
|
Polymicrogyria Coronal Whole Mount
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2840_END_INCLUDE_IMAGE_
|
|
Polymyositis CD20 x600
|
Polymyositis CD20 x600
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2841_END_INCLUDE_IMAGE_
|
|
Polymyositis CD3 x600
|
Polymyositis CD3 x600
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2842_END_INCLUDE_IMAGE_
|
|
Polymyositis CD68 x600
|
Polymyositis CD68 x600
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2843_END_INCLUDE_IMAGE_
|
|
Polymyositis 200x
|
Polymyositis 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2844_END_INCLUDE_IMAGE_
|
|
Polymyositis 400x
|
Polymyositis 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2845_END_INCLUDE_IMAGE_
|
|
Polymyositis 600x
|
Polymyositis 600x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2846_END_INCLUDE_IMAGE_
|
|
Psammomatous Meningioma
|
Psammomatous Meningioma
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2847_END_INCLUDE_IMAGE_
|
|
Purkinje Golgi 001
|
Purkinje Golgi 001
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2848_END_INCLUDE_IMAGE_
|
|
RETIC NONADENOMA
|
RETIC NONADENOMA
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2849_END_INCLUDE_IMAGE_
|
|
Rad Nec 40x
|
Rad Nec 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2850_END_INCLUDE_IMAGE_
|
|
Reticulin stain Blood Vessel in
|
Reticulin stain Blood Vessel in CNS Lymphoma
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2851_END_INCLUDE_IMAGE_
|
|
Rhabdoid Meningioma
|
Rhabdoid Meningioma
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2852_END_INCLUDE_IMAGE_
|
|
Sarcomere 001
|
Sarcomere 001
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2853_END_INCLUDE_IMAGE_
|
|
Siderosis Medulla HP
|
Siderosis Medulla HP
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2854_END_INCLUDE_IMAGE_
|
|
Sturge Weber leptomeningeal angi
|
An H&E-stained sample of a leptomeningeal angioma from a patient with Sturge-Weber syndrome (SWS).
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2855_END_INCLUDE_IMAGE_
|
|
Glioneuronal Tumor with Neuropil
|
Glioneuronal Tumor with Neuropil Islands, synaptophysin immune stain 100x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2856_END_INCLUDE_IMAGE_
|
|
Glioneuronal Tumor with Neuropil
|
Glioneuronal Tumor with Neuropil Islands, synaptophysin immune stain 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2857_END_INCLUDE_IMAGE_
|
|
TLDL CORE 240x
|
TLDL CORE 240x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2858_END_INCLUDE_IMAGE_
|
|
TLDL FS 100x
|
TLDL FS 100x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2859_END_INCLUDE_IMAGE_
|
|
TLDL FS 200x
|
TLDL FS 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2860_END_INCLUDE_IMAGE_
|
|
TLDL GFAP 100x
|
TLDL GFAP 100x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2861_END_INCLUDE_IMAGE_
|
|
TLDL GFAP 200x
|
TLDL GFAP 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2862_END_INCLUDE_IMAGE_
|
|
TLDL MULTINUC 200x
|
TLDL MULTINUC 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2863_END_INCLUDE_IMAGE_
|
|
TLDL PLEOMORPH 200x
|
TLDL PLEOMORPH 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2864_END_INCLUDE_IMAGE_
|
|
TLDL SMI31 100x
|
TLDL SMI31 100x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2865_END_INCLUDE_IMAGE_
|
|
TLDL SMI31 200x
|
TLDL SMI31 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2866_END_INCLUDE_IMAGE_
|
|
TLDL smear 200x
|
TLDL smear 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2867_END_INCLUDE_IMAGE_
|
|
TLDL hp
|
TLDL hp
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2868_END_INCLUDE_IMAGE_
|
|
TLDL lp
|
TLDL lp
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2869_END_INCLUDE_IMAGE_
|
|
TLDL smear 400x
|
TLDL smear 400x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2870_END_INCLUDE_IMAGE_
|
|
TLDL stereotactic 20x
|
TLDL stereotactic 20x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2871_END_INCLUDE_IMAGE_
|
|
TLDL 200x
|
TLDL 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2872_END_INCLUDE_IMAGE_
|
|
T cell Sural Nerve 40x
|
T cell Sural Nerve 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2873_END_INCLUDE_IMAGE_
|
|
Temporal Artery Congo Red Pol 40
|
Temporal Artery Congo Red Pol 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2874_END_INCLUDE_IMAGE_
|
|
Temporal Artery Congo Red 40x
|
Temporal Artery Congo Red 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2875_END_INCLUDE_IMAGE_
|
|
Temporal Artery with Amyloid 20x
|
Temporal Artery with Amyloid 20x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2876_END_INCLUDE_IMAGE_
|
|
Temporal Artery with Amyloid 40x
|
Temporal Artery with Amyloid 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2877_END_INCLUDE_IMAGE_
|
|
Toluidine Blue stain plastic emb
|
Toluidine Blue stain plastic embedded nerve 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2878_END_INCLUDE_IMAGE_
|
|
Toluidine blue plastic embedded
|
Toluidine blue plastic embedded peripheral nerve 600x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2879_END_INCLUDE_IMAGE_
|
|
Tumefactive Demyelination CD68 I
|
Tumefactive Demyelination CD68 IHC
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2880_END_INCLUDE_IMAGE_
|
|
Ven Ang
|
Ven Ang
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2881_END_INCLUDE_IMAGE_
|
|
Aneurysm Wall Masson Trichrome
|
Aneurysm Wall Masson Trichrome
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2882_END_INCLUDE_IMAGE_
|
|
Illustration of an astrocyte
|
Illustration of an astrocyte
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2883_END_INCLUDE_IMAGE_
|
|
Normal Cerebellum
|
Normal Cerebellum
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2884_END_INCLUDE_IMAGE_
|
|
Illustration of the Neural Circu
|
Illustration of the Neural Circuitry of the Cerebellum
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2885_END_INCLUDE_IMAGE_
|
|
Cryptococcoma mucin stain
|
Cryptococcoma mucin stain
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2886_END_INCLUDE_IMAGE_
|
|
Germinoma 200x
|
Germinoma 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2887_END_INCLUDE_IMAGE_
|
|
Glioneuronal Tumor with Neuropil
|
Glioneuronal Tumor with Neuropil Islands, 40x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2888_END_INCLUDE_IMAGE_
|
|
Glioneuronal Tumor with Neuropil
|
Glioneuronal Tumor with Neuropil Islands, 200x
|
07/02/2009 @ 18:01
|
gliageek
|
_INCLUDE_IMAGE_2889_END_INCLUDE_IMAGE_
|
|
PAS candida WM 001 with arrow
|
This is a PAS-stained whole mount of a brain with candidiasis. Note the numerous patches of darker stain, indicating loci of fungal infection. One of the many loci is indicated by the unnecessarily large green arrow.
|
07/02/2009 @ 20:16
|
jdmiles
|
_INCLUDE_IMAGE_2890_END_INCLUDE_IMAGE_
|
|
Rosetted Glioneuronal Tumor IVth
|
The unnecessarily large green arrow points to one of the rosettes formed by the tumor cells in this image.
|
16/02/2009 @ 6:14
|
jdmiles
|
_INCLUDE_IMAGE_2891_END_INCLUDE_IMAGE_
|
|
Well-demarcated MS Plaque - High
|
The area shaded in green in this image represents the area of demyelination in this gross section of brain.
|
24/03/2009 @ 15:01
|
jdmiles
|
_INCLUDE_IMAGE_2892_END_INCLUDE_IMAGE_
|
|
Longitudinally extensive transve
|
This is the sagittally-sliced brain of person with transverse myelitis. Although the name suggests a simple horizontal lesion, transverse myelitis often extends rostrally and caudally several spinal segments. In this case, the brainstem is involved. An area of demyelination with liquefaction in the medulla is indicated by the unnecessarily large green arrow.
|
24/03/2009 @ 15:19
|
jdmiles
|
_INCLUDE_IMAGE_2893_END_INCLUDE_IMAGE_
|
|
Perivent Plaque CD68 IHC - Outli
|
This image shows a sample of brain which has been immunohistochemically stained for CD68. The area which stains brown (the approximate borders of which are outlined in green) represents the plaque.
|
24/03/2009 @ 15:27
|
jdmiles
|
_INCLUDE_IMAGE_2894_END_INCLUDE_IMAGE_
|
|
Tumefactive demyelination, intra
|
When a brain biopsy is performed, often the pathologist will do what is called a touch preparation or crush preparation: a sample of tissue is smeared onto a glass slide. This process destroys the structure of the tissue, but preserves the cell types. This could be useful, for example in allowing the pathologist to rapidly identify if the surgeon has biopsied the tissue of interest, and what kind of cells are present, before the skull is closed. In this crush preparation, lipid-laden macrophages are present, consistent with an active demyelinating plaque.
|
25/03/2009 @ 14:46
|
jdmiles
|
_INCLUDE_IMAGE_2895_END_INCLUDE_IMAGE_
|
|
Tumefactive demyelination, low p
|
This is an H&E stained section of brain, with a tumefactive demyelinating lesion. This section captures the border of the lesion. The unnecessarily large green arrows indicate where the plaque is and is not.
|
25/03/2009 @ 16:34
|
jdmiles
|
_INCLUDE_IMAGE_2896_END_INCLUDE_IMAGE_
|
|
Methotrexate neurotoxicity, H&E
|
Axonal spheroids are a non-specific marker of axonal damage. Proximal to the point where an axon has been damaged, the cell body and proximal axon are still functioning, and axonal transport mechanisms are still trying to move molecules and organelles toward the distal end of the neuron. However, this stuff cannot get transported past the site of the injury. The accumulated material builds up, the axon swells, and when cut in cross-section, looks like the red blob indicated by the unnecessarily large green arrow in the image above. These swellings are called axonal spheroids.
|
26/03/2009 @ 4:09
|
jdmiles
|
_INCLUDE_IMAGE_2897_END_INCLUDE_IMAGE_
|
|
Methotrexate neurotoxicity, H&E
|
Axonal spheroids are a non-specific marker of axonal damage. Proximal to the point where an axon has been damaged, the cell body and proximal axon are still functioning, and axonal transport mechanisms are still trying to move molecules and organelles toward the distal end of the neuron. However, this stuff cannot get transported past the site of the injury. The accumulated material builds up, the axon swells, and when cut in cross-section, looks like the red blob indicated by the unnecessarily large green arrow in the image above. Retrograde axonal transport also contributes. These swellings are called axonal spheroids.
|
26/03/2009 @ 8:02
|
jdmiles
|
_INCLUDE_IMAGE_2898_END_INCLUDE_IMAGE_
|
|
Cryptococcoma, mucicarmine stain
|
This is a high-power image of a cryptococcoma (mass in the brain formed by the fungus Cryptococcus neoformans). The tissue is stained using mucicarmine staining, which stains the yeast capsule of Cryptococcus red. The unnecessarily large green arrow points to a red-stained Cryptococcus.
|
27/03/2009 @ 2:29
|
jdmiles
|
_INCLUDE_IMAGE_2899_END_INCLUDE_IMAGE_
|
|
Multiple sclerosis, transverse s
|
There are several demyelinating plaques in the white matter in this brain. The unnecessarily large green arrows point to three of them.
|
27/03/2009 @ 2:58
|
jdmiles
|
_INCLUDE_IMAGE_2900_END_INCLUDE_IMAGE_
|
|
Longitudinally extensive transve
|
This is spinal cord from a patient with transverse myelitis. Transverse myelitis often extends rostrally and caudally across several spinal segments, as in this case. The unnecessarily large green arrow points to a small, darker patch of tissue which has been primarily spared from demyelination. The pale-looking areas of this cord, such as that indicated by the unnecessarily large red arrow (i.e., most of the cord in this image), is involved in the demyelinating process.
|
27/03/2009 @ 3:11
|
jdmiles
|
_INCLUDE_IMAGE_2901_END_INCLUDE_IMAGE_
|
|
Inactive demyelinated plaque, H&
|
This is an H&E preparation of an older, inactive demyelinated plaque from the brain of a person with MS. There is no active demyelination going on in this plaque. In this image, we see the border between the plaque (pale, indicated by the unnecessarily large red arrow) and normal neuropil (darker, indicated by the unnecessarily large green arrow). Note that, while the plaque is pale, indicating a lack of myelin, the overall structure appears very similar to that of the normal neuropil, as axons remain intact.
|
27/03/2009 @ 3:23
|
jdmiles
|
_INCLUDE_IMAGE_2902_END_INCLUDE_IMAGE_
|
|
Multiple Sclerosis, ventral surf
|
The plaques in this image are indicated by the areas shaded in green.
|
27/03/2009 @ 3:39
|
jdmiles
|
_INCLUDE_IMAGE_2903_END_INCLUDE_IMAGE_
|
|
Optic Neuritis, H&E stain x400 w
|
At this magnification, lipid-laden macrophages (unnecessarily large green arrow) can be seen in the optic nerve parenchyma adjacent to the perivascular lymphocytic infiltrate
|
27/03/2009 @ 4:10
|
jdmiles
|
_INCLUDE_IMAGE_2904_END_INCLUDE_IMAGE_
|
|
Optic Neuritis, H&E stain x100 w
|
Perivascular lymphocytic infiltrates (unnecessarily large green arrow) accompanied by diffuse hypercellularity secondary to reactive astrocytosis within the optic nerve
|
27/03/2009 @ 4:11
|
jdmiles
|
_INCLUDE_IMAGE_2905_END_INCLUDE_IMAGE_
|
|
Optic Neuritis, H&E stain x200 w
|
Perivascular lymphocytic infiltrates accompanied by reactive astrocytosis (unnecessarily large green arrow) and collections of lipid-laden macrophages within the optic nerve parenchyma
|
27/03/2009 @ 4:13
|
jdmiles
|
_INCLUDE_IMAGE_2906_END_INCLUDE_IMAGE_
|
|
Active demyelinative plaque, per
|
Perivascular lymphocytic infiltrates (unnecessarily large green arrow) accompanied by parenchymal hypercellularity. Demarcation of the plaque borders can be appreciated at the top of the field, but is much better seen on the CD68 stained section, which is the next image in this series.
|
27/03/2009 @ 4:15
|
jdmiles
|
_INCLUDE_IMAGE_2907_END_INCLUDE_IMAGE_
|
|
Demyelinative plaque, status pos
|
This patient was irradiated secondary to a biopsy diagnosis of glioma resulting in extension and cavitation of the demyelinating lesion
|
27/03/2009 @ 4:22
|
jdmiles
|
_INCLUDE_IMAGE_2908_END_INCLUDE_IMAGE_
|
|
Acute necrotizing hemorrhagic le
|
Unilateral hemispheric swelling with numerous petechial hemorrhages within white matter (outlined in green)
|
27/03/2009 @ 7:02
|
jdmiles
|
_INCLUDE_IMAGE_2909_END_INCLUDE_IMAGE_
|
|
Adrenoleukodystrophy, horizontal
|
Note the dark appearance of the posterior white matter, as indicated by the unnecessarily large green arrow. This white matter is demyelinated. In Adrenoleukodystrophy, this demyelination occurs more in the posterior white matter than anteriorly, and does not spare subcortical U fibers.
|
29/03/2009 @ 19:51
|
jdmiles
|
_INCLUDE_IMAGE_2910_END_INCLUDE_IMAGE_
|
|
Alexander disease, coronal secti
|
This is a slice of brain from a patient who had Alexander disease. In this disease, there is diffuse loss of white matter. In this image, note how dark the demyelinated white matter appears, especially in contrast to the relatively spared region indicated by the unnecessarily large red arrow. Note also that the subcortical U-fibers (outlined in green) are also demyelinated. This finding can be of diagnostic value when trying to differentiate different leukodystrophies.
|
29/03/2009 @ 19:59
|
jdmiles
|
_INCLUDE_IMAGE_2911_END_INCLUDE_IMAGE_
|
|
Krabbe disease, H&E stained sect
|
Another name for Krabbe disease is globoid cell leukodystrophy. The reason for this is the presence of these very large globoid cells, which are a hallmark of Krabbe disease, and which are easily seen in this H&E-stained preparation of brain from a person with Krabbe disease. The unnecessarily large green arrow points to one of several globoid cells visible in this image.
|
29/03/2009 @ 20:23
|
jdmiles
|
_INCLUDE_IMAGE_2912_END_INCLUDE_IMAGE_
|
|
Krabbe disease, coronal section,
|
Diffuse white matter loss with sparing of subcortical U-fibers
|
29/03/2009 @ 20:35
|
jdmiles
|
_INCLUDE_IMAGE_2913_END_INCLUDE_IMAGE_
|
|
Krabbe disease, H&E stain x 100
|
There are many globoid cells visible in this H&E-stained specimen of brain from a person who had Krabbe disease. Krabbe disease is also called globoid cell leukodystrophy because these cells are a hallmark feature of the disease. The unnecessarily large green arrow points to one of the globoid cells.
|
29/03/2009 @ 20:47
|
jdmiles
|
_INCLUDE_IMAGE_2914_END_INCLUDE_IMAGE_
|
|
Atypical teratoid/rhabdoid tumor
|
Atypical Rhabdoid/Teratoid Tumors (ATRTs) are a type of embryonal tumors seen in infants and children. They are rare, malignant, and most commonly arise in the posterior fossa, although they can arise elsewhere. The tumor cells have the morphology shown here. Cells have an eccentrically placed nucleus, prominent nucleoli (unnecessarily large green arrow) and abundant cytoplasm which is eosinophilic and granular. Also characteristic are regions of darker, more dense cytoplasm, referred to as inclusion-like bodies (unnecessarily large red arrow).
|
02/04/2009 @ 2:17
|
jdmiles
|
_INCLUDE_IMAGE_2915_END_INCLUDE_IMAGE_
|
|
Atypical teratoid/rhabdoid tumor
|
Atypical teratoid/rhabdoid tumors are defined by mutations in the INI1 gene. BAF-47 is recognized as the protein product of the INI1 gene, and therefore is diagnostic by its absence within tumor cells (note positive internal control reactivity with non-neoplastic blood vessels - unnecessarily large green arrow).
|
02/04/2009 @ 2:23
|
jdmiles
|
_INCLUDE_IMAGE_2916_END_INCLUDE_IMAGE_
|
|
Atypical Teratoid Rhabdoid Tumor
|
Atypical Rhabdoid/Teratoid Tumors (ATRTs) are a type of embryonal tumors seen in infants and children. They are rare, malignant, and most commonly arise in the posterior fossa, although they can arise elsewhere. The tumor cells have the morphology shown here. Cells have an eccentrically placed nucleus, prominent nucleoli (unnecessarily large green arrow) and abundant cytoplasm which is eosinophilic and granular. Also characteristic are regions of darker, more dense cytoplasm, referred to as inclusion-like bodies (unnecessarily large red arrow).
|
02/04/2009 @ 2:41
|
jdmiles
|
_INCLUDE_IMAGE_2917_END_INCLUDE_IMAGE_
|
|
Atypical Teratoid Rhabdoid Tumor
|
This is a gross brain specimen. We are viewing the ventral aspect. Normal cerebellum is visible on your right. The unnecessarily large green arrow on your left points to the Atypical Teratoid/Rhabdoid Tumor (ATRT). Although they may arise elsewhere, ATRTs most frequently arise in the posterior fossa.
|
02/04/2009 @ 2:48
|
jdmiles
|
_INCLUDE_IMAGE_2918_END_INCLUDE_IMAGE_
|
|
Krabbe disease, ventral surface
|
Discolored, but markedly enlarged olfactory (red outline) and optic (green outline) nerves. Compare to the brain in the thumbnail below.
|
02/04/2009 @ 3:03
|
jdmiles
|
_INCLUDE_IMAGE_2919_END_INCLUDE_IMAGE_
|
|
Pelizaeus Merzbacher disease, Co
|
This image shows a coronal section through a gross brain specimen from someone who had Pelizaeus Merzbacher disease. There is demyelination of the white matter (blue), with sparing of the subcortical U-fibers (green). This resulting appearance is usually refered to as tigroid, because of the supposed resemblance to tiger stripes.
|
02/04/2009 @ 3:24
|
jdmiles
|
_INCLUDE_IMAGE_2920_END_INCLUDE_IMAGE_
|
|
For comparison, a tiger.
|
For comparison, this is a photograph of an actual tiger.
|
02/04/2009 @ 3:39
|
jdmiles
|
_INCLUDE_IMAGE_2921_END_INCLUDE_IMAGE_
|
|
Atypical Teratoid Rhabdoid Tumor
|
Intracytoplasmic inclusion composed of vimentin intermediate filaments
|
02/04/2009 @ 5:25
|
gliageek
|
_INCLUDE_IMAGE_2922_END_INCLUDE_IMAGE_
|
|
Atypical teratoid/rhabdoid tumor
|
Atypical teratoid/rhabdoid tumors (ATRT) grow rapidly, with a tendency towards necrosis and hemorrhage. Most arise within the cerebellum.
|
02/04/2009 @ 5:34
|
jdmiles
|
_INCLUDE_IMAGE_2923_END_INCLUDE_IMAGE_
|
|
Lobar pilocytic astrocytoma, H&E
|
This is a low-power view of the pilocytic astrocytoma. The tumor is the region indicated by the unecessarily large green arrow. Compare to the relatively normal-appearing neuropil in the lower left corner. The tumor can be better seen in the higher-power (200x) image in this same series.
|
04/04/2009 @ 12:10
|
jdmiles
|
_INCLUDE_IMAGE_2924_END_INCLUDE_IMAGE_
|
|
Optic Glioma Gross, Labeled
|
This is a photograph of a resected optic glioma. The globe was also resected, and is seen to the right of the tumor. Most optic tract gliomas are pilocytic astrocytomas.
|
04/04/2009 @ 12:19
|
jdmiles
|
_INCLUDE_IMAGE_2925_END_INCLUDE_IMAGE_
|
|
Lipoastrocytoma, H&E stain x100,
|
The approximate distribution of fat is highlighted in green.
|
04/04/2009 @ 12:28
|
jdmiles
|
_INCLUDE_IMAGE_2926_END_INCLUDE_IMAGE_
|
|
GBM - MRI with contrast
|
This is a coronal view of an MRI (T1 with GAD contrast) of a child with a glioblastoma multiforme (GBM). This image is courtesy of Wikimedia Commons, and was created by Wikipedia user `Christaras A.` This file is licensed under Creative Commons Attribution 2.5 License. Link: http://en.wikipedia.org/wiki/File:Glioblastoma_-_MR_coronal_with_contrast.jpg
|
04/04/2009 @ 13:24
|
jdmiles
|
_INCLUDE_IMAGE_2927_END_INCLUDE_IMAGE_
|
|
GBM - MRI with contrast sagittal
|
This is a sagittal view of an MRI (T1 with GAD contrast) of a child with a glioblastoma multiforme (GBM). This image is courtesy of Wikimedia Commons, and was created by Wikipedia user `Christaras A.` This file is licensed under Creative Commons Attribution 2.5 License. Link: http://en.wikipedia.org/wiki/File:Glioblastoma_-_MR_sagittal_with_contrast.jpg
|
04/04/2009 @ 13:27
|
jdmiles
|
_INCLUDE_IMAGE_2928_END_INCLUDE_IMAGE_
|
|
GBM - MRI with contrast sagittal
|
The unnecessarily large green arrow points to the tumor. Note the heterogenous uptake of contrast, which is often seen in GBM.
|
04/04/2009 @ 13:31
|
jdmiles
|
_INCLUDE_IMAGE_2929_END_INCLUDE_IMAGE_
|
|
GBM - MRI with contrast with arr
|
The unnecessarily large green arrow points to the tumor. Note the heterogenous uptake of contrast, which is often seen in GBM.
|
04/04/2009 @ 13:32
|
jdmiles
|
_INCLUDE_IMAGE_2930_END_INCLUDE_IMAGE_
|
|
Glioblastoma multiforme, intraop
|
The smear preparation is done during surgery, allowing tentative identification of the tumor interoperatively. Individual tumor cells can be seen in this smear. Note the fibrous process and large oval nuclei.
|
04/04/2009 @ 14:16
|
jdmiles
|
_INCLUDE_IMAGE_2931_END_INCLUDE_IMAGE_
|
|
Glioblastoma multiforme, coronal
|
Note the heterogenous appearance of the tumor. The tumor has grown rapidly, causing mass effect. The unnecessarily large blue arrow shows the resulting shift of the left cingulum across the midline. The degree of mass effect that has occurred is also apparent by the position of the corpus callosum, which is highlighted in green.
|
04/04/2009 @ 14:40
|
jdmiles
|
_INCLUDE_IMAGE_2932_END_INCLUDE_IMAGE_
|
|
Gliosarcoma , H&E stain x400 wit
|
The unnecessarily large green arrow points to the nucleus of a spindle cell.
|
04/04/2009 @ 14:59
|
jdmiles
|
_INCLUDE_IMAGE_2933_END_INCLUDE_IMAGE_
|
|
Glioblastoma multiforme, pseudop
|
`Palisading` is when cells line up next to each other, like slats in a picket fence. These rapidly proliferating tumor cells (area outlined in green) appear to palisade around the central pale area, which represents necrotic tissue (region shaded in yellow). Pseudopalisading necrosis is a common feature of glioblastoma multiforme (GBM), which is the tumor shown in this slide.
|
04/04/2009 @ 16:04
|
jdmiles
|
_INCLUDE_IMAGE_2934_END_INCLUDE_IMAGE_
|
|
Glioblastoma multiforme, small c
|
Glioblastomas composed predominantly of small undifferentiated glial elements must be distinguished from anaplastic oligodendrogliomas. The presence of necrosis with peripheral palisading of tumor cells is very useful in this regard. Small cell glioblastoma is often demonstrate EGFR amplification. One area of pseudopallisading necrosis is indicated by the unnececessarily large green arrow (arrow points to the necrotic center). Can you find the second area of pseudopallisading necrosis in this image?
|
04/04/2009 @ 16:12
|
jdmiles
|
_INCLUDE_IMAGE_2935_END_INCLUDE_IMAGE_
|
|
Anaplastic astrocytoma infiltrat
|
The area labeled B is the gray matter of the corpus striatum (probably putamen), which is somewhat edematous. The tumor is taking the path of least resistance, in this case via white matter tracts called the pencil bundles of Wilson (A).
|
04/04/2009 @ 16:18
|
jdmiles
|
_INCLUDE_IMAGE_2936_END_INCLUDE_IMAGE_
|
|
Brain Pie Chart
|
Roughly 20 Percent of all strokes are hemorrhagic (red). The other 80% are ischemic (blue).
|
04/04/2009 @ 16:24
|
jdmiles
|
_INCLUDE_IMAGE_2937_END_INCLUDE_IMAGE_
|
|
Glioblastoma multiforme involvin
|
This slide shows spread of a glioblastoma to the cerebellum. The diagnosis of GBM is not clearly evident from this slide, but this is from the same patient as the
slide showing the necrosis, so the diagnosis is known. The most significant finding in this image is the area highlighted in green: what looks like infant external granular cell layer is actually subpial spread of tumor cells. This person was not an infant. It is also interesting to note that there is a paucity of Purkinje cells in the Purkinje cell layer (unnecessarily large red arrow).
|
04/04/2009 @ 16:38
|
jdmiles
|
_INCLUDE_IMAGE_2938_END_INCLUDE_IMAGE_
|
|
For comparison, normal adult cer
|
The unnecessarily large green arrow points to a Purkinje cell in the Purkinje cell layer.
|
04/04/2009 @ 16:49
|
jdmiles
|
_INCLUDE_IMAGE_2939_END_INCLUDE_IMAGE_
|
|
Glioblastoma multiforme with gra
|
Granular differentiation and malignant astrocytic tumors may resemble macrophages on intraoperative smear preparations. Macrophages generally demonstrate more foamy cytoplasm, while granular cells demonstrate coarse eosinophilic granularity such as is seen here. The cytoplasm of a tumor cell is indicated by the unnecessarily large green arrow.
|
04/04/2009 @ 17:40
|
jdmiles
|
_INCLUDE_IMAGE_2940_END_INCLUDE_IMAGE_
|
|
Glioblastoma multiforme, microva
|
Microvascular proliferation is, along with tumor necrosis, a defining feature of glioblastoma multiforme.
|
04/04/2009 @ 17:44
|
jdmiles
|
_INCLUDE_IMAGE_2941_END_INCLUDE_IMAGE_
|
|
Monstrocellular Glioblastoma wit
|
Monstrocellular glioblastoma, also called giant cell glioblastoma. The hallmark of this subtype of GBM is the presence of enormous mononucleated and multinucleated tumor cells, as indicated by the unnecessarily large green arrow. Much of the proliferation of this type of tumor occurs with the intervening smaller tumor cells. Like other GBMs, this is a WHO Grade IV tumor.
|
04/04/2009 @ 17:49
|
jdmiles
|
_INCLUDE_IMAGE_2942_END_INCLUDE_IMAGE_
|
|
Glioblastoma multiforme, spinal
|
This is an immunohistochemical stain. The presence of brown staining is indicative for glial fibrillary acidic protein (GFAP). GFAP is absent wherever there is no brown stain.
|
04/04/2009 @ 18:22
|
jdmiles
|
_INCLUDE_IMAGE_2943_END_INCLUDE_IMAGE_
|
|
Structure of Skeletal Muscle - S
|
This image illustrates the structural elements of skeletal muscles at different levels. Courtesy of Wikimedia Commons. Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts.
|
04/04/2009 @ 20:19
|
jdmiles
|
_INCLUDE_IMAGE_2944_END_INCLUDE_IMAGE_
|
|
NADH - Example of pathological f
|
This is a sample of skeletal muscle stained for NADH. This muscle is denervated. The pale areas in the center of the fibers are targets. The unnecessarily large green arrow points to a target. It may be impossible to distinguish between targets, which are markers of denervation, and cores, which are seen in myopathy. It may also be an unimportant issue, as other features typically suggest neuropathy or myopathy.
|
04/04/2009 @ 20:36
|
jdmiles
|
_INCLUDE_IMAGE_2945_END_INCLUDE_IMAGE_
|
|
Cytochrome Oxidase staining - Ex
|
The unnecessarily large green arrow points to a pale, cytochrome oxidase negative fiber. This fiber has little or no capacity for oxidative metabolism.
|
04/04/2009 @ 20:45
|
jdmiles
|
_INCLUDE_IMAGE_2946_END_INCLUDE_IMAGE_
|
|
COX - Example of pathological fi
|
The unncessarily large green arrow points to a central core.
|
04/04/2009 @ 20:47
|
jdmiles
|
_INCLUDE_IMAGE_2947_END_INCLUDE_IMAGE_
|
|
EM - Example of pathological fin
|
The unnecessarily large green arrow points to parking-lot type paracrystalline inclusions in the mitochondria.
|
04/04/2009 @ 21:10
|
jdmiles
|
_INCLUDE_IMAGE_2948_END_INCLUDE_IMAGE_
|
|
Frontal Coronal, Labeled
|
This image shows a coronal section of whole, normal brain, through the frontal lobes. The cerebral cortex is labeled in green. The genu of the corpus callosum is outlined in red. The white matter is, well, white.
|
04/04/2009 @ 21:51
|
jdmiles
|
_INCLUDE_IMAGE_2949_END_INCLUDE_IMAGE_
|
|
Normal Cerebellum, Labeled with
|
This is an H&E stained slice of normal cerebellum, viewed at low power. The following structures are labeled: A) Molecular layer, B) Purkinje cell layer, C) Granule cell layer, D) Meninges.
|
04/04/2009 @ 22:03
|
jdmiles
|
_INCLUDE_IMAGE_2950_END_INCLUDE_IMAGE_
|
|
Temporal Artery Congo Red, 40x,
|
Two polarizing filters block out most of the light from the microscope light source. However, the light that passes through amyloid becomes visible, and appears this characteristic shade of "apple green." An area of apple-green birefringence is indicated by the unnecessarily large green arrow.
|
04/04/2009 @ 22:25
|
jdmiles
|
_INCLUDE_IMAGE_2951_END_INCLUDE_IMAGE_
|
|
Vanishing White matter disease,
|
Axonal spheroids are a non-specific marker of axonal damage. Proximal to the point where an axon has been damaged, the cell body and proximal axon are still functioning, and axonal transport mechanisms are still trying to move molecules and organelles toward the distal end of the neuron. However, this stuff cannot get transported past the site of the injury. The accumulated material builds up, the axon swells, and when cut in cross-section, looks like the red blobs circled in green in this image. Retrograde axonal transport also contributes. These swellings are called axonal spheroids.
|
05/04/2009 @ 12:19
|
jdmiles
|
_INCLUDE_IMAGE_2952_END_INCLUDE_IMAGE_
|
|
Vanishing white matter disease,
|
Axonal spheroids are a non-specific marker of axonal damage, caused by swelling in the axon as material transported along the axon accumulates. Two of these swellings are circled in green in this H&E-stained preparation from a person with vanishing white matter disease (VWMD). Note also how sparsely myelinated and pale the neuropil appears. Compare to the image of normal neuropil, by clicking the thumbnail below.
|
05/04/2009 @ 12:25
|
jdmiles
|
_INCLUDE_IMAGE_2953_END_INCLUDE_IMAGE_
|
|
Vanishing white matter disease,
|
Note the loss of white matter, indicated by the unnecessarily large green arrow. The cortex, at the top of the image, is relatively spared.
|
05/04/2009 @ 12:34
|
jdmiles
|
_INCLUDE_IMAGE_2954_END_INCLUDE_IMAGE_
|
|
Vanishing white matter disease
|
The neurons outlined in green are chromatolytic. Chromatolytic neurons are pale and swollen in reaction to axonal injury. Axonal injury may occur in demyelinating disease secondary to the loss of myelin.
|
05/04/2009 @ 14:24
|
jdmiles
|
_INCLUDE_IMAGE_2955_END_INCLUDE_IMAGE_
|
|
Alexander Disease, H&E stained s
|
All these red blobs, like the one indicated by the unnecessarily large green arrow, are "Rosenthal fibers." Rosenthal fibers are eosinophilic, intracytoplasmic inclusions seen in reactive tissue, neoplasms like pilocytic astrocytoma, and in Alexander disease. Rosenthal fibers are comprised of a combination of compounds, including ubiquitin, some small heat shock proteins, and GFAP or something akin to it.
|
05/04/2009 @ 14:58
|
jdmiles
|
_INCLUDE_IMAGE_2956_END_INCLUDE_IMAGE_
|
|
Alexander Disease, cerebral cort
|
Abundant Rosenthal fiber formation within both gray and white matter, giving rise to macroencephaly in the early stages of the disease process
|
05/04/2009 @ 15:04
|
jdmiles
|
_INCLUDE_IMAGE_2957_END_INCLUDE_IMAGE_
|
|
Canavan disease, high powered PA
|
Spongiform degeneration involving superficial layers of cerebral cortex.
|
05/04/2009 @ 15:13
|
jdmiles
|
_INCLUDE_IMAGE_2958_END_INCLUDE_IMAGE_
|
|
fourth ventricular ependymoma, s
|
In this image, the tumor is circled in green.
|
08/04/2009 @ 15:22
|
jdmiles
|
_INCLUDE_IMAGE_2959_END_INCLUDE_IMAGE_
|
|
Posterior Fossa Sagittal, Labele
|
A midsagittal section of gross normal brain, showing the posterior fossa structures, labeled in green.
|
08/04/2009 @ 16:03
|
jdmiles
|
_INCLUDE_IMAGE_2960_END_INCLUDE_IMAGE_
|
|
fourth ventricular ependymoma, s
|
The tumor is circled in green.
|
08/04/2009 @ 16:09
|
jdmiles
|
_INCLUDE_IMAGE_2961_END_INCLUDE_IMAGE_
|
|
Brainstem Ependymoma, transverse
|
Ependymomas are felt to arise from ventricular lining cells, and thus demonstrate a tendency for intraventricular growth. Note this tumor growing within the 4th ventricle.
|
08/04/2009 @ 16:29
|
jdmiles
|
_INCLUDE_IMAGE_2962_END_INCLUDE_IMAGE_
|
|
Abductor Pollicis Brevis with ar
|
APB Muscle
|
10/04/2009 @ 13:47
|
blondarb
|
_INCLUDE_IMAGE_2963_END_INCLUDE_IMAGE_
|
|
APB_Highlited_deleteme
|
The APB
|
10/04/2009 @ 13:50
|
blondarb
|
_INCLUDE_IMAGE_2964_END_INCLUDE_IMAGE_
|
|
Hand, Palmar
|
Image of the palmar aspect of the hand.
|
10/04/2009 @ 15:47
|
jdmiles
|
_INCLUDE_IMAGE_2965_END_INCLUDE_IMAGE_
|
|
Insertion point for EMG study of
|
The unnecessarily large green arrow indicates the appropriate needle placement for an EMG study of the abductor pollicis brevis muscle.
|
10/04/2009 @ 15:59
|
jdmiles
|
_INCLUDE_IMAGE_2966_END_INCLUDE_IMAGE_
|
|
Dorsolateral Medullary Infarct,
|
This is a cross-section through the rostral medulla from a person who had a dorsolateral medullary infarction. The infarct is the area shaded in green.
|
11/04/2009 @ 12:08
|
jdmiles
|
_INCLUDE_IMAGE_2967_END_INCLUDE_IMAGE_
|
|
Wallenberg Syndrome MRI
|
Diffusion-weighted MRI of an infart in the left dorsolateral medulla, consistent with a clinical picture of Wallenberg syndrome. Courtesy of Wikimedia. Image created by John S. To, M.D. This image is in the public domain.
|
11/04/2009 @ 12:11
|
jdmiles
|
_INCLUDE_IMAGE_2968_END_INCLUDE_IMAGE_
|
|
Dorsolateral Medullary Infarct,
|
This is a cross-section through the rostral medulla of a person who had a stroke in the dorsolateral medulla. Basic anatomic landmarks are labeled in this image.
|
11/04/2009 @ 13:15
|
jdmiles
|
_INCLUDE_IMAGE_2969_END_INCLUDE_IMAGE_
|
|
Wallenberg Syndrome MRI with arr
|
Diffusion-weighted MRI of an infart in the left dorsolateral medulla, consistent with a clinical picture of Wallenberg syndrome.
The infarct in this image would be in approximately the same location as the one shown in the pathology image. In the MRI, dorsal is toward the bottom of the image, whereas in the pathology image, dorsal is toward the top. Also, in MRI imaging, anatomic left is on the right of the image, whereas in photographs of pathology specimens, it is customary for anatomic left to be on the left.
The unnecessarily large green arrow points to the area of diffusion restriction (bright area), which in this case indicates an infarct.
|
11/04/2009 @ 13:20
|
jdmiles
|
_INCLUDE_IMAGE_2970_END_INCLUDE_IMAGE_
|
|
First Dorsal Interosseous Needle
|
A demonstration of the needle placement for an EMG of the first dorsal interosseous muscle.
|
12/04/2009 @ 17:19
|
jdmiles
|
_INCLUDE_IMAGE_2971_END_INCLUDE_IMAGE_
|
|
First Dorsal Interosseous in Act
|
The first dorsal interosseous muscle abducts the 2nd finger.
|
12/04/2009 @ 17:31
|
jdmiles
|
_INCLUDE_IMAGE_2972_END_INCLUDE_IMAGE_
|
|
First Dorsal Interosseous Surfac
|
This image shows the surface anatomy relevant to the first dorsal interosseous muscle.
|
12/04/2009 @ 17:36
|
jdmiles
|
_INCLUDE_IMAGE_2973_END_INCLUDE_IMAGE_
|
|
Abductor Digiti Minimi Surface V
|
This is a photograph of the medial aspect of the hand, showing the surface anatomy relevant to the abductor digiti minimi muscle.
|
12/04/2009 @ 17:59
|
jdmiles
|
_INCLUDE_IMAGE_2974_END_INCLUDE_IMAGE_
|
|
Abductor Digiti Minimi Surface V
|
The unnecessarily large green arrow indicates the location of EMG needle insertion site for the abductor digiti minimi muscle.
|
12/04/2009 @ 18:11
|
jdmiles
|
_INCLUDE_IMAGE_2975_END_INCLUDE_IMAGE_
|
|
First Dorsal Interosseous in Act
|
The unnecessarily large green arrow indicates the EMG needle insertion point for the first dorsal interosseous (FDI) muscle.
|
12/04/2009 @ 18:17
|
jdmiles
|
_INCLUDE_IMAGE_2976_END_INCLUDE_IMAGE_
|
|
First Dorsal Interosseous Surfac
|
The unnecessarily large green arrow points to the first dorsal interosseous (FDI) muscle.
|
12/04/2009 @ 18:19
|
jdmiles
|
_INCLUDE_IMAGE_2977_END_INCLUDE_IMAGE_
|
|
Abductor Digiti Minimi - Highlig
|
In this image of the palmar surface of a left hand, the abductor digiti minimi muscle is highlighted in red.
|
12/04/2009 @ 18:29
|
jdmiles
|
_INCLUDE_IMAGE_2978_END_INCLUDE_IMAGE_
|
|
Triceps with arrow
|
The unnecessarily large green arrow points to the triceps brachii muscle.
|
12/04/2009 @ 19:33
|
jdmiles
|
_INCLUDE_IMAGE_2979_END_INCLUDE_IMAGE_
|
|
Abductor Pollicis Brevis (A
|
This illustration of a left hand, from Gray`s Anatomy, shows the abductor pollicis brevis muscle highlighted in red. Image courtesy of Wikimedia Commons. This image is in the public domain.
|
12/04/2009 @ 19:43
|
jdmiles
|
_INCLUDE_IMAGE_2980_END_INCLUDE_IMAGE_
|
|
First Dorsal Interosseous Muscle
|
This illustration of the palmar aspect of the left hand, from Gray`s anatomy, shows the first dorsal interosseous muscle highlighted in green.
|
12/04/2009 @ 19:54
|
jdmiles
|
_INCLUDE_IMAGE_2981_END_INCLUDE_IMAGE_
|
|
Flexor Carpi Radialis with arrow
|
The unnecessarily large green arrow points to the belly of the flexor carpi radialis (FCR) muscle.
|
12/04/2009 @ 19:58
|
jdmiles
|
_INCLUDE_IMAGE_2982_END_INCLUDE_IMAGE_
|
|
Biceps Brachii with arrow
|
The unnecessarily large green arrow points to the biceps brachii muscle.
|
12/04/2009 @ 20:06
|
jdmiles
|
_INCLUDE_IMAGE_2983_END_INCLUDE_IMAGE_
|
|
Flexor Carpi Radialis highlighte
|
This image shows the muscles of the forearm with the flexor carpi radialis highlighted.
|
13/04/2009 @ 12:03
|
blondarb
|
_INCLUDE_IMAGE_2984_END_INCLUDE_IMAGE_
|
|
Flexor Carpi Radialis highlighte
|
This image shows the muscles of the forearm with the flexor carpi radialis highlighted.
|
13/04/2009 @ 12:04
|
blondarb
|
_INCLUDE_IMAGE_2985_END_INCLUDE_IMAGE_
|
|
Flexor Digitorum Superficialis w
|
The arrow highlights the flexor digitorum superficialis.
|
13/04/2009 @ 12:28
|
blondarb
|
_INCLUDE_IMAGE_2986_END_INCLUDE_IMAGE_
|
|
Opponens pollicis highlighted
|
The arrow points to the opponens pollicis muscle.
|
13/04/2009 @ 12:51
|
blondarb
|
_INCLUDE_IMAGE_2987_END_INCLUDE_IMAGE_
|
|
Posterior cerebral artery infarc
|
This image shows the medial surface of the left cerebral hemisphere from a person who has suffered an infarct in the left Posterior Cerebral Artery (PCA) distribution. From the accumulation of bilirubin in the infarcted tissue, the infarct appears dark on the unlabeled image, and in the labeled image is circled in red.
|
14/04/2009 @ 20:18
|
jdmiles
|
_INCLUDE_IMAGE_2988_END_INCLUDE_IMAGE_
|
|
MRI DWI - Acute Left PCA Infarct
|
This is a diffusion-weighted MRI image showing an acute infarction in the left PCA territory. Note the involvement of the thalamus.
|
14/04/2009 @ 20:28
|
jdmiles
|
_INCLUDE_IMAGE_2989_END_INCLUDE_IMAGE_
|
|
Cavitated MCA infarct, lateral s
|
This image shows the lateral surface of the left hemisphere of a person who has suffered a stroke. The cavitating lesion in the parietal lobe is highlighted in green.
|
15/04/2009 @ 2:58
|
jdmiles
|
_INCLUDE_IMAGE_2990_END_INCLUDE_IMAGE_
|
|
Recent middle cerebral artery in
|
This is a coronal slice of gross brain, through the left cerebral hemisphere. The anterior horn of the lateral ventricle is visible in this section. This person has suffered an ischemic stroke in the MCA territory, with resulting edema (highlighted in green) and hemorrhage (highlighted in red).
|
15/04/2009 @ 3:12
|
jdmiles
|
_INCLUDE_IMAGE_2991_END_INCLUDE_IMAGE_
|
|
Recent middle cerebral artery in
|
The following structures are labeled in this coronal section through the left frontal lobe of a person who has suffered a recent MCA infarct: 1) 3rd Ventricle, 2) Genu of corpus callosum, 3) Cingulate gyrus, 4) Corona radiata, 5) Superior frontal gyrus, 6) Middle frontal gyrus, 7) Inferior frontal gyrus.
|
15/04/2009 @ 3:27
|
jdmiles
|
_INCLUDE_IMAGE_2992_END_INCLUDE_IMAGE_
|
|
Viral Encephalitis - MRI with ar
|
This is a T2-weighted MRI image from a person with viral encephalitis. The unnecessarily large green arrow points to the area of hyperintensity in the anterior right temporal lobe.
|
16/04/2009 @ 20:09
|
jdmiles
|
_INCLUDE_IMAGE_2993_END_INCLUDE_IMAGE_
|
|
Anconeus highlighted
|
The Anconeus muscle is highlighted red.
|
17/04/2009 @ 13:30
|
blondarb
|
_INCLUDE_IMAGE_2994_END_INCLUDE_IMAGE_
|
|
highlighted_brachioradialis
|
This is the anterior muscles of the forearm with the brachioradialis highlighted.
|
17/04/2009 @ 13:38
|
blondarb
|
_INCLUDE_IMAGE_2995_END_INCLUDE_IMAGE_
|
|
Flexor Digitorum Sublimis, Highl
|
This image from Gray's anatomy shows the muscles of the anterior forearm, with the flexor digitorum sublimis highlighted in green.
|
18/04/2009 @ 5:02
|
jdmiles
|
_INCLUDE_IMAGE_2996_END_INCLUDE_IMAGE_
|
|
Vitruvian RUE Dorsal Antebrachia
|
The Vitruvian Man with the sensory distribution of the right dorsal antebrachial cutaneous nerve highlighted in red.
|
18/04/2009 @ 8:33
|
jdmiles
|
_INCLUDE_IMAGE_2997_END_INCLUDE_IMAGE_
|
|
Vitruvian RUE Median
|
The Vitruvian Man with the sensory distribution of the right median nerve highlighted in red.
|
18/04/2009 @ 8:38
|
jdmiles
|
_INCLUDE_IMAGE_2998_END_INCLUDE_IMAGE_
|
|
Vitruvian RUE Intercostobrachial
|
The Vitruvian Man with the sensory distribution of the right intercostobrachial nerve highlighted in red.
|
18/04/2009 @ 8:38
|
jdmiles
|
_INCLUDE_IMAGE_2999_END_INCLUDE_IMAGE_
|
|
Vitruvian RUE Lateral Antebrachi
|
The Vitruvian Man with the sensory distribution of the right lateral antebrachial cutaneous nerve highlighted in red.
|
18/04/2009 @ 8:39
|
jdmiles
|
_INCLUDE_IMAGE_3000_END_INCLUDE_IMAGE_
|
|
Vitruvian RUE Medial Antebrachia
|
The Vitruvian Man with the sensory distribution of the right medial antebrachial cutaneous nerve highlighted in red.
|
18/04/2009 @ 8:40
|
jdmiles
|
_INCLUDE_IMAGE_3001_END_INCLUDE_IMAGE_
|
|
Vitruvian RUE Radial
|
The Vitruvian Man with the sensory distribution of the right radial nerve highlighted in red.
|
18/04/2009 @ 8:40
|
jdmiles
|
_INCLUDE_IMAGE_3002_END_INCLUDE_IMAGE_
|
|
Vitruvian RUE Ulnar
|
The Vitruvian Man with the sensory distribution of the right ulnar nerve highlighted in red.
|
18/04/2009 @ 8:41
|
jdmiles
|
_INCLUDE_IMAGE_3003_END_INCLUDE_IMAGE_
|
|
Median Sensory Study to Index
|
This cartoon shows the placement for the recording and stimulating electrodes for this study.
|
20/04/2009 @ 6:38
|
blondarb
|
_INCLUDE_IMAGE_3004_END_INCLUDE_IMAGE_
|
|
Median Sensory Nerve – Ring Fing
|
This cartoon shows the placement for the recording and stimulating electrodes for this study.
|
20/04/2009 @ 7:13
|
blondarb
|
_INCLUDE_IMAGE_3005_END_INCLUDE_IMAGE_
|
|
Median Sensory Nerve - middle &#
|
This cartoon shows the placement for the recording and stimulating electrodes for this study.
|
20/04/2009 @ 7:15
|
blondarb
|
_INCLUDE_IMAGE_3006_END_INCLUDE_IMAGE_
|
|
Median Sensory Nerve – thumb �
|
This cartoon shows the placement for the recording and stimulating electrodes for this study.
|
20/04/2009 @ 7:16
|
blondarb
|
_INCLUDE_IMAGE_3007_END_INCLUDE_IMAGE_
|
|
Ulnar Sensory Nerve (antidr
|
This cartoon shows the placement for the recording and stimulating electrodes for this study.
|
20/04/2009 @ 7:17
|
blondarb
|
_INCLUDE_IMAGE_3008_END_INCLUDE_IMAGE_
|
|
Radial Sensory Nerve (antid
|
This cartoon shows the placement for the recording and stimulating electrodes for this study.
|
20/04/2009 @ 7:18
|
blondarb
|
_INCLUDE_IMAGE_3009_END_INCLUDE_IMAGE_
|
|
Ulnar Sensory Nerve – Ring Finge
|
This cartoon shows the placement for the recording and stimulating electrodes for this study.
|
20/04/2009 @ 7:22
|
blondarb
|
_INCLUDE_IMAGE_3010_END_INCLUDE_IMAGE_
|
|
Median Palmar Mixed Nerve (
|
This cartoon shows the placement for the recording and stimulating electrodes for this study.
|
20/04/2009 @ 7:26
|
blondarb
|
_INCLUDE_IMAGE_3011_END_INCLUDE_IMAGE_
|
|
Ulnar Palmar Mixed Nerve (o
|
This cartoon shows the placement for the recording and stimulating electrodes for this study.
|
20/04/2009 @ 7:30
|
blondarb
|
_INCLUDE_IMAGE_3012_END_INCLUDE_IMAGE_
|
|
Lateral Antebrachial Cutaneous S
|
This cartoon shows the placement for the recording and stimulating electrodes for this study.
|
20/04/2009 @ 7:34
|
blondarb
|
_INCLUDE_IMAGE_3013_END_INCLUDE_IMAGE_
|
|
Medial Antebrachial Cutaneous Se
|
This cartoon shows the placement for the recording and stimulating electrodes for this study.
|
20/04/2009 @ 7:36
|
blondarb
|
_INCLUDE_IMAGE_3014_END_INCLUDE_IMAGE_
|
|
Type 1 prion cerebellar IHC
|
This is an IHC-stained image of cerebellum from a patient with a prion disease.
|
20/04/2009 @ 13:48
|
jdmiles
|
_INCLUDE_IMAGE_3015_END_INCLUDE_IMAGE_
|
|
Type 2 prion cerebellar IHC
|
This is an IHC-stained section of cerebellum from a patient with a prion disease.
|
20/04/2009 @ 13:48
|
jdmiles
|
_INCLUDE_IMAGE_3016_END_INCLUDE_IMAGE_
|
|
Type 1 prion cerebellar IHC
|
This is a section of cerebellum from a patient with a prion disease.
|
20/04/2009 @ 13:49
|
jdmiles
|
_INCLUDE_IMAGE_3017_END_INCLUDE_IMAGE_
|
|
Type 2 prion cerebellar IHC
|
This is a section of cerebellum from a person with a prion disease.
|
20/04/2009 @ 13:51
|
jdmiles
|
_INCLUDE_IMAGE_3018_END_INCLUDE_IMAGE_
|
|
Type 1 prion hippocampus IHC
|
This is a section of hippocampus from a person with a prion disease.
|
20/04/2009 @ 13:52
|
jdmiles
|
_INCLUDE_IMAGE_3019_END_INCLUDE_IMAGE_
|
|
Type 2 prion hippocampus IHC
|
This is a section of hippocampus from a patient with a prion disease.
|
20/04/2009 @ 13:58
|
jdmiles
|
_INCLUDE_IMAGE_3020_END_INCLUDE_IMAGE_
|
|
Type 1 prion hippocampus H&E
|
This is a section of hippocampus from a patient with a prion disease.
|
20/04/2009 @ 14:00
|
jdmiles
|
_INCLUDE_IMAGE_3021_END_INCLUDE_IMAGE_
|
|
Type 2 prion hippocampus H&E
|
This is a section of hippocampus from a patient with a prion disease.
|
20/04/2009 @ 14:01
|
jdmiles
|
_INCLUDE_IMAGE_3022_END_INCLUDE_IMAGE_
|
|
Type 1 prion hippocampus IHC
|
This is a section of hippocampus from a patient with a prion disease.
|
20/04/2009 @ 14:02
|
jdmiles
|
_INCLUDE_IMAGE_3023_END_INCLUDE_IMAGE_
|
|
Extensor carpi radialis longus h
|
This image shows the extensor carpi radialis longus in purple.
|
20/04/2009 @ 18:09
|
blondarb
|
_INCLUDE_IMAGE_3024_END_INCLUDE_IMAGE_
|
|
Oligodendrocyte
|
A mouse oligodendrocyte, transfected with GFP (Green Fluorescent Protein) and photographed using a 63x objective. Image courtesy of Wikimedia Commons, created by Jurjen Broeke, and released by him into the public domain. Thanks, Jurjen!
|
24/04/2009 @ 2:55
|
jdmiles
|
_INCLUDE_IMAGE_3025_END_INCLUDE_IMAGE_
|
|
Oligodendrocyte with arrow
|
Oligodendrocytes are the glial cells which form the myelin sheath around axons of neurons within the central nervous system. In the peripheral nervous system, this function is performed by Schwann cells. Oligodendrocytes have many processes (unecessarily large green arrow), each of which extends to an axon and wraps around it several times, forming the myelin sheath. Each oligodendrocyte myelinates a short span of many different axons. Oligodendrocytes are damaged in demyelinating disease.
|
24/04/2009 @ 3:13
|
jdmiles
|
_INCLUDE_IMAGE_3026_END_INCLUDE_IMAGE_
|
|
Thoracic Spinal Cord Cross-Secti
|
This is an illustration of a cross-section of the thoracic spinal cord. The white matter tracts are highlighted in green. These are tracts of myelinated axons. In demyelinating diseases of the central nervous system, these are the parts of the cord which are affected.
|
24/04/2009 @ 19:41
|
jdmiles
|
_INCLUDE_IMAGE_3027_END_INCLUDE_IMAGE_
|
|
Central Pontine Myelinolysis, tr
|
The unnecessarily large green arrow points to the region of myelinolysis and cavitation in the pons.
|
24/04/2009 @ 19:53
|
jdmiles
|
_INCLUDE_IMAGE_3028_END_INCLUDE_IMAGE_
|
|
Tumefactive demyelination, H&E s
|
The unnecessarily large green arrow points to one of the binucleated cells visible in this image.
|
24/04/2009 @ 19:55
|
jdmiles
|
_INCLUDE_IMAGE_3029_END_INCLUDE_IMAGE_
|
|
Flexor Carpi Ulnaris highlighted
|
This image shows the posterior and anterior surface of the forearm with the Flexor Carpi Ulnaris highlighted purple
|
27/04/2009 @ 7:42
|
blondarb
|
_INCLUDE_IMAGE_3030_END_INCLUDE_IMAGE_
|
|
Flexor digitorum profundus highl
|
This image shows the Flexor Digitorum Profundus highlighted.
|
27/04/2009 @ 7:55
|
blondarb
|
_INCLUDE_IMAGE_3031_END_INCLUDE_IMAGE_
|
|
Flexor Pollicis Brevis with arro
|
This image shows an arrow pointing at the Flexor Pollicis Brevis.
|
27/04/2009 @ 8:17
|
blondarb
|
_INCLUDE_IMAGE_3032_END_INCLUDE_IMAGE_
|
|
pronator quadratus highlighted
|
This image shows the deep muscles of the anterior forearm, with the pronator quadratus highlighted.
|
27/04/2009 @ 8:36
|
blondarb
|
_INCLUDE_IMAGE_3033_END_INCLUDE_IMAGE_
|
|
Supinator with arrow
|
The arrow shows the location of the supinator muscle.
|
27/04/2009 @ 10:27
|
blondarb
|
_INCLUDE_IMAGE_3034_END_INCLUDE_IMAGE_
|
|
Supinator with arrow
|
The arrow shows the location of the supinator muscle.
|
27/04/2009 @ 10:27
|
blondarb
|
_INCLUDE_IMAGE_3035_END_INCLUDE_IMAGE_
|
|
Median Motor Study - Recording t
|
This cartoon shows the Median Motor Study - Recording the Abductor Pollicis Brevis
|
27/04/2009 @ 18:01
|
blondarb
|
_INCLUDE_IMAGE_3036_END_INCLUDE_IMAGE_
|
|
Ulnar Motor Nerve - Recording th
|
This cartoon shows a technique for studying the Ulnar Motor Nerve - Recording the Abductor Digiti Minimi (ADM)
|
27/04/2009 @ 18:05
|
blondarb
|
_INCLUDE_IMAGE_3037_END_INCLUDE_IMAGE_
|
|
Ulnar Motor Nerve - Recording th
|
This cartoon shows the technique for studying the Ulnar Motor Nerve - Recording the First Dorsal Interosseous (FDI)
|
27/04/2009 @ 18:10
|
blondarb
|
_INCLUDE_IMAGE_3038_END_INCLUDE_IMAGE_
|
|
Median and Ulnar motor nerves- R
|
This cartoon shows the technique for studying the Median and Ulnar motor nerves- Recording the 2nd Lumbrical and interossei.
|
27/04/2009 @ 18:17
|
blondarb
|
_INCLUDE_IMAGE_3039_END_INCLUDE_IMAGE_
|
|
Radial Motor Nerve - Recording t
|
This cartoon shows the technique for studying the Radial Motor Nerve - Recording the Extenor Digitorum Communis (EDC).
|
27/04/2009 @ 18:27
|
blondarb
|
_INCLUDE_IMAGE_3040_END_INCLUDE_IMAGE_
|
|
Musculocutaneous Motor Nerve - r
|
This cartoon shows the technique for studying the Musculocutaneous Motor Nerve - recording the Biceps.
|
27/04/2009 @ 18:30
|
blondarb
|
_INCLUDE_IMAGE_3041_END_INCLUDE_IMAGE_
|
|
Axillary Motor Nerve - recording
|
This cartoon shows the technique for studying the Axillary Motor Nerve - recording the Deltoid.
|
27/04/2009 @ 18:33
|
blondarb
|
_INCLUDE_IMAGE_3042_END_INCLUDE_IMAGE_
|
|
Spinal Accessory Motor Nerve - r
|
This cartoon shows the technique for studying the Spinal Accessory Motor Nerve - recording the Trapezius.
|
27/04/2009 @ 18:35
|
blondarb
|
_INCLUDE_IMAGE_3043_END_INCLUDE_IMAGE_
|
|
Sural Sensory Nerve - recording
|
This cartoon shows a technique to record the Sural Sensory Nerve - recording the Lateral Malleolus (antidromic)
|
29/04/2009 @ 6:41
|
blondarb
|
_INCLUDE_IMAGE_3044_END_INCLUDE_IMAGE_
|
|
Superficial Peroneal Sensory Ner
|
This cartoon shows the technique for studying the Superficial Peroneal Sensory Nerve - recording anterior to the Lateral Malleolus (antidromic).
|
29/04/2009 @ 6:46
|
blondarb
|
_INCLUDE_IMAGE_3045_END_INCLUDE_IMAGE_
|
|
Saphenous Sensory Nerve – record
|
This cartoon shows the technique for studying the Saphenous Sensory Nerve – recording anterior to the Medial Malleolus (antidromic)
|
29/04/2009 @ 6:49
|
blondarb
|
_INCLUDE_IMAGE_3046_END_INCLUDE_IMAGE_
|
|
Lateral Femoral Cutaneous Sensor
|
This cartoon shows the technique for studying the Lateral Femoral Cutaneous Sensory Nerve – recording the lateral thigh (antidromic).
|
29/04/2009 @ 6:53
|
blondarb
|
_INCLUDE_IMAGE_3047_END_INCLUDE_IMAGE_
|
|
Medial and Lateral Plantar Mixed
|
This cartoon shows the technique for studying the Medial and Lateral Plantar Mixed Nerves (orthodromic)
|
29/04/2009 @ 6:56
|
blondarb
|
_INCLUDE_IMAGE_3048_END_INCLUDE_IMAGE_
|
|
Peroneal Motor Nerve - recording
|
This cartoon shows the technique for studying the Peroneal Motor Nerve - recording the Extensor Digitorum Brevis.
|
29/04/2009 @ 6:59
|
blondarb
|
_INCLUDE_IMAGE_3049_END_INCLUDE_IMAGE_
|
|
Peroneal Motor Nerve - recording
|
This cartoon shows the technique for studying the Peroneal Motor Nerve - recording the Tibialis Anterior.
|
29/04/2009 @ 7:04
|
blondarb
|
_INCLUDE_IMAGE_3050_END_INCLUDE_IMAGE_
|
|
Tibial Motor Nerve - recording t
|
This cartoon shows the technique for studying the Tibial Motor Nerve - recording the Abductor Hallucis.
|
29/04/2009 @ 7:06
|
blondarb
|
_INCLUDE_IMAGE_3051_END_INCLUDE_IMAGE_
|
|
Tibial Motor Nerve - recording t
|
This cartoon shows the technique for studying the Tibial Motor Nerve - recording the Abductor Digiti Quinti Pedis.
|
29/04/2009 @ 7:09
|
blondarb
|
_INCLUDE_IMAGE_3052_END_INCLUDE_IMAGE_
|
|
Femoral Motor Nerve - recording
|
This cartoon shows the technique for studying the Femoral Motor Nerve - recording the Rectus Femoris.
|
29/04/2009 @ 7:34
|
blondarb
|
_INCLUDE_IMAGE_3053_END_INCLUDE_IMAGE_
|
|
H-Reflex - recording the Soleus
|
This cartoon shows the technique for studying the H-Reflex - recording the Soleus
|
29/04/2009 @ 7:37
|
blondarb
|
_INCLUDE_IMAGE_3054_END_INCLUDE_IMAGE_
|
|
Facial Motor Nerve – recording t
|
This cartoon shows the technique for studying the
Facial Motor Nerve – Orbicularis Oculi.
|
29/04/2009 @ 7:44
|
blondarb
|
_INCLUDE_IMAGE_3055_END_INCLUDE_IMAGE_
|
|
Blink Reflexes – recording the O
|
This cartoon shows the technique for studying the Blink Reflexes – recording the Orbicularis Oculi.
|
29/04/2009 @ 7:46
|
blondarb
|
_INCLUDE_IMAGE_3056_END_INCLUDE_IMAGE_
|
|
Facial Nerve
|
Patrick J. Lynch, medical illustrator; C. Carl Jaffe, MD, cardiologist. http://creativecommons.org/licenses/by/2.5/
|
02/05/2009 @ 19:31
|
blondarb
|
_INCLUDE_IMAGE_3057_END_INCLUDE_IMAGE_
|
|
MSA Hot Cross Bun sign
|
The hot cross bun sign is seen in the pons on T2-weighted or FLAIR imaging in patients with MSA-c. It occurs because myelinated transverse pontocerebellar fibers and neurons in the pontine raphe are selectively lost in this disease, while the corticospinal tracts and tegmentum are preserved. As shown in this T2 MRI, it looks like a big white plus sign in the pons.
|
30/05/2009 @ 5:00
|
jdmiles
|
_INCLUDE_IMAGE_3058_END_INCLUDE_IMAGE_
|
|
MSA Hot Cross Bun sign 2
|
The hot cross bun sign is seen in the pons on T2-weighted or FLAIR imaging in patients with MSA-c. It occurs because myelinated transverse pontocerebellar fibers and neurons in the pontine raphe are selectively lost in this disease, while the corticospinal tracts and tegmentum are preserved. As shown in this T2 MRI, it looks like a big white plus sign in the pons.
|
30/05/2009 @ 5:01
|
jdmiles
|
_INCLUDE_IMAGE_3059_END_INCLUDE_IMAGE_
|
|
MSA Hot Cross Bun sign 2 with ar
|
The unnecessarily large green arrow points to the center of the white cross.
|
30/05/2009 @ 5:03
|
jdmiles
|
_INCLUDE_IMAGE_3060_END_INCLUDE_IMAGE_
|
|
MSA Hot Cross Bun sign with arro
|
The unnecessarily large green arrow points to the middle of the white the cross in the pons in this T2 MRI image of a patient with MSA.
|
30/05/2009 @ 5:05
|
jdmiles
|
_INCLUDE_IMAGE_3061_END_INCLUDE_IMAGE_
|
|
This cartoon shows the infraspin
|
This image shows the infraspinatous muscles highlighted.
|
01/06/2009 @ 8:44
|
blondarb
|
_INCLUDE_IMAGE_3062_END_INCLUDE_IMAGE_
|
|
Supraspinatous nerve with arrow
|
The arrow highlights the supraspinatous nerve passing through the spinoglenoid notch.
|
01/06/2009 @ 8:49
|
blondarb
|
_INCLUDE_IMAGE_3063_END_INCLUDE_IMAGE_
|
|
Latissimis dorsi highlighted
|
This image shows the latissimus dorsi highlighted in red.
|
01/06/2009 @ 9:01
|
blondarb
|
_INCLUDE_IMAGE_3064_END_INCLUDE_IMAGE_
|
|
Rhomboids highlighted.
|
This image shows the muscles connecting the upper extremity to the vertebral column, the rhomboids are highlighted in red.
|
01/06/2009 @ 13:14
|
blondarb
|
_INCLUDE_IMAGE_3065_END_INCLUDE_IMAGE_
|
|
Anaplastic ependymoma, microvasc
|
As with the other infiltrating gliomas, microvascular proliferation within ependymal tumors usually signifies anaplastic transformation.
|
18/06/2009 @ 12:08
|
gliageek
|
_INCLUDE_IMAGE_3066_END_INCLUDE_IMAGE_
|
|
Anaplastic ependymoma, H&E x 400
|
In non-astrocytic gliomas, the presence of a brisk mitotic rate is the most important histopathologic variable defining anaplastic transformation.
|
18/06/2009 @ 12:10
|
gliageek
|
_INCLUDE_IMAGE_3067_END_INCLUDE_IMAGE_
|
|
Amyloid beta related angiitis, H
|
Granulomatous angiitis associated with amyloid angiopathy comprises a distinct entity referred to as amyloid beta related angiitis (ABRA)
|
18/06/2009 @ 12:13
|
gliageek
|
_INCLUDE_IMAGE_3068_END_INCLUDE_IMAGE_
|
|
Amyloid beta related angiitis,
|
Amyloid beta related angiitis is typically encountered in an older population of patients compared with non-amyloid associated primary central nervous system angiitis.
|
18/06/2009 @ 12:15
|
gliageek
|
_INCLUDE_IMAGE_3069_END_INCLUDE_IMAGE_
|
|
Anaplastic giant cell ependymoma
|
Anaplastic giant cell ependymoma is a rare ependymal tumor often confused with glioblastoma multiforme
|
18/06/2009 @ 12:17
|
gliageek
|
_INCLUDE_IMAGE_3070_END_INCLUDE_IMAGE_
|
|
Astroblastomatous rosettes, H&E
|
Astroblastomatous rosettes may occur in glioblastoma multiforme. Compared with the very fine fibrillary ependymal pseudo-rosettes, astroblastomatous rosettes demonstrate much coarser terminations along the central blood vessels.
|
18/06/2009 @ 12:19
|
gliageek
|
_INCLUDE_IMAGE_3071_END_INCLUDE_IMAGE_
|
|
Angiocentric glioma, vimentin im
|
Angiocentric tumor localization within the cerebral cortex is most easily demonstrated with vimentin immunohistochemical staining.
|
18/06/2009 @ 12:24
|
gliageek
|
_INCLUDE_IMAGE_3072_END_INCLUDE_IMAGE_
|
|
Homer Wright rosettes, synaptoph
|
Strong synaptophysin immunoreactivity within Homer Wright rosettes indicates the presence of neuroblastic differentiation
|
18/06/2009 @ 12:29
|
gliageek
|
_INCLUDE_IMAGE_3073_END_INCLUDE_IMAGE_
|
|
Microcystic meningioma with adhe
|
Microcystic meningiomas are nearly always grade 1 tumors, and therefore do not show invasion into brain parenchymal tissue
|
18/06/2009 @ 12:34
|
gliageek
|
_INCLUDE_IMAGE_3074_END_INCLUDE_IMAGE_
|
|
Meningeal hemangiopericytoma
|
Characterized by dense hypercellularity, dilated vasculature, and a tendency towards leptomeningeal and extramural dissemination; the hemangiopericytoma is no longer considered a meningioma subtype, but instead is felt to represent an aggressive an aggressive mesenchymal tumor involving the meninges.
|
18/06/2009 @ 12:37
|
gliageek
|
_INCLUDE_IMAGE_3075_END_INCLUDE_IMAGE_
|
|
Pilocytic astrocytoma, intraoper
|
Intraoperative smear preparation demonstrates hair-like astrocytes and occasional Rosenthal fibers.
|
19/06/2009 @ 11:53
|
gliageek
|
_INCLUDE_IMAGE_3076_END_INCLUDE_IMAGE_
|
|
Pilomyxoid astrocytoma, H&E stai
|
The pilomyxoid astrocytoma arises name from the hairlike astrocytes floating within a myxoid stroma.
|
19/06/2009 @ 11:55
|
gliageek
|
_INCLUDE_IMAGE_3077_END_INCLUDE_IMAGE_
|
|
Pilomyxoid astrocytoma, H&E stai
|
Perivascular pseudo-rosettes with an appearance intermediate between that of astroblastomatous and ependymal type pseudo-rosettes are characteristically seen within pilomyxoid astrocytomas.
|
19/06/2009 @ 11:58
|
gliageek
|
_INCLUDE_IMAGE_3078_END_INCLUDE_IMAGE_
|
|
Rosetted glial neuronal tumor of
|
Rosettes comprised of epithelioid vacuolated cells surrounding proteinaceous extracellular material, all contained within a delicate fibrillary matrix.
|
19/06/2009 @ 12:03
|
gliageek
|
_INCLUDE_IMAGE_3079_END_INCLUDE_IMAGE_
|
|
Rosetted glioneuronal tumor of t
|
At low power, the tumor presents a variegated appearance with areas of microcystic and fibrillary differentiation
|
19/06/2009 @ 12:05
|
gliageek
|
_INCLUDE_IMAGE_3080_END_INCLUDE_IMAGE_
|
|
Meningioma, H&E stain x 200
|
In this photomicrographs, the tumor cells can be seen recapitulating their lepidic function, wrapping around both blood vessels as well as other tumor cells (forming whorls).
|
19/06/2009 @ 12:08
|
gliageek
|
_INCLUDE_IMAGE_3081_END_INCLUDE_IMAGE_
|
|
Basal ganglia germinoma, low pow
|
Although typically encountered within the pineal region or suprasellar area, germ cell tumors may occur in other midline location such as bilaterally within the basal ganglia
|
19/06/2009 @ 12:12
|
gliageek
|
_INCLUDE_IMAGE_3082_END_INCLUDE_IMAGE_
|
|
Papillary tumor of the pineal re
|
Morphologically immunohistochemically, and biologically, the papillary tumor of the pineal region demonstrates differentiation intermediate between that of an ependymoma and a choroid plexus papilloma.
|
19/06/2009 @ 12:15
|
gliageek
|
_INCLUDE_IMAGE_3083_END_INCLUDE_IMAGE_
|
|
Choroid plexus papilloma, H&E st
|
As the name implies, the choroid plexus papilloma combines the features of a papilloma with glandular differentiation resulting in a papillary-type adenoma.
|
19/06/2009 @ 12:18
|
gliageek
|
_INCLUDE_IMAGE_3084_END_INCLUDE_IMAGE_
|
|
Non-neoplastic choroid plexus, H
|
Compared with choroid plexus papilloma, normal choroid plexus demonstrates lower nucleus to cytoplasmic ratio, less hyperchromatic nuclei, and more irregular, hobnail type pattern to the luminal surface.
|
19/06/2009 @ 12:20
|
gliageek
|
_INCLUDE_IMAGE_3085_END_INCLUDE_IMAGE_
|
|
Chordoma (clivus), H&E
|
Nodules of tumor separated by tumor filled septae
|
19/06/2009 @ 12:22
|
gliageek
|
_INCLUDE_IMAGE_3086_END_INCLUDE_IMAGE_
|
|
Clival chordoma, H&E stain x 400
|
Multi-Vacuolated cells, referred to as physaliferous cells
(having the appearance of being filled with soap bubbles), are characteristically present within chordomas. However, similar cells may be seen in adenocarcinomas and/or chondrosarcomas requiring immunohistochemical distinction for diagnosis.
|
19/06/2009 @ 12:25
|
gliageek
|
_INCLUDE_IMAGE_3087_END_INCLUDE_IMAGE_
|
|
Normal skeletal muscle, cytochro
|
Cytochrome oxidase staining assays activity of complex 4 within the electron transport chain. Type I fibers stain darkly, type II fibers stain lightly, and cytochrome oxidase negative fibers are not identified normally (although up to 3% cytochrome oxidase negative fibers may be seen in elderly asymptomatic patients).
|
09/07/2009 @ 8:05
|
gliageek
|
_INCLUDE_IMAGE_3088_END_INCLUDE_IMAGE_
|
|
Normal skeletal muscle, ATPase s
|
Pre-Incubation at pH 4.3 and activates activity of the myofibrillary ATPase within type I fibers, but does not affect the activity of ATPase within type II fibers. Therefore, the latter appear dark and the former appear light, allowing assessment of fiber types within the muscle biopsy.
|
09/07/2009 @ 8:10
|
gliageek
|
_INCLUDE_IMAGE_3089_END_INCLUDE_IMAGE_
|
|
Leukemic infiltration of periphe
|
Among the many ways in which the neuromuscular system may be affected in patient's with hematopoietic malignancies, direct leukemic invasion is among the least common.
|
09/07/2009 @ 8:13
|
gliageek
|
_INCLUDE_IMAGE_3090_END_INCLUDE_IMAGE_
|
|
Normal skeletal muscle, H&E stai
|
Well frozen muscle demonstrates in vivo structure much more reliably then does formalin fixed tissue, and is therefore used in the analysis of primary muscular pathology. Poorly frozen muscle may be uninterpretable due to marked ice crystal artifact.
|
09/07/2009 @ 8:24
|
gliageek
|
_INCLUDE_IMAGE_3091_END_INCLUDE_IMAGE_
|
|
Normal skeletal muscle, H&E sta
|
Formalin Fixed, paraffin-embedded skeletal muscle is used primarily in the analysis of epimysial and perimysial pathology (inflammation, fibrosis). Regenerating muscle fibers are also easily seen within the formalin fixed paraffin-embedded sections.
|
09/07/2009 @ 8:26
|
gliageek
|
_INCLUDE_IMAGE_3092_END_INCLUDE_IMAGE_
|
|
Unstructured mini-core, electron
|
Unstructured mini-cores consist of focal areas within the muscle fiber devoid of mitochondria and normal sarcomere structure. Glycogen may be increased in these regions, as is seen in this electron micrographs
|
09/07/2009 @ 8:30
|
gliageek
|
_INCLUDE_IMAGE_3093_END_INCLUDE_IMAGE_
|
|
Polyglucosan body disease, intra
|
Although rare, small polyglucosan bodies may be encountered in peripheral nerves within normal asymptomatic patients, multiple, large polyglucosan bodies are considered indicative of polyglucosan body disease, a multisystem disorder probably related to type IV glycogen storage disease (Andersen disease, brancher enzyme deficiency)
|
09/07/2009 @ 8:35
|
gliageek
|
_INCLUDE_IMAGE_3094_END_INCLUDE_IMAGE_
|
|
Gray - Saphenous Nerve
|
An image from Gray's anatomy, cropped to highlight the region of the leg receiving sensation from the saphenous nerve.
|
07/09/2009 @ 14:49
|
jdmiles
|
_INCLUDE_IMAGE_3095_END_INCLUDE_IMAGE_
|
|
Saphenous Nerve – Sensory dist
|
The unnecessarily large green arrow points to the area shaded in pink, which represents the typical sensory distribution of the Saphenous nerve.
|
07/09/2009 @ 14:53
|
jdmiles
|
_INCLUDE_IMAGE_3096_END_INCLUDE_IMAGE_
|
|
NCS Axillary Nerve Erb's po
|
Photograph illustrating the motor nerve conduction study of the axillary nerve, stimulating at Erb's point and recording the deltoid.
|
06/10/2009 @ 22:48
|
jdmiles
|
_INCLUDE_IMAGE_3097_END_INCLUDE_IMAGE_
|
|
NCS Median wrist-palm segmental
|
This is one of two photographs showing the stimulation and recording sites for a median wrist-palm segmental comparison study. This study is useful in evaluating for carpal tunnel syndrome.
|
06/10/2009 @ 22:57
|
jdmiles
|
_INCLUDE_IMAGE_3098_END_INCLUDE_IMAGE_
|
|
NCS Median wrist-palm segmental
|
This is one of two photographs showing the stimulation and recording sites for a median wrist-palm segmental comparison study. This study is useful in evaluating for carpal tunnel syndrome.
|
06/10/2009 @ 22:58
|
jdmiles
|
_INCLUDE_IMAGE_3099_END_INCLUDE_IMAGE_
|
|
Median-Ulnar 2nd Lumbrical-Inter
|
This photograph illustrates the technique for stimulating the median nerve and recording the 2nd lumbrical and interosseous in this comparison study of the median and ulnar nerves across the wrist.
|
06/10/2009 @ 23:03
|
jdmiles
|
_INCLUDE_IMAGE_3100_END_INCLUDE_IMAGE_
|
|
Median-Ulnar 2nd Lumbrical-Inter
|
This photograph illustrates the technique for stimulating the ulnar nerve and recording the 2nd lumbrical and interosseous in this comparison study of the median and ulnar nerves across the wrist.
|
06/10/2009 @ 23:05
|
jdmiles
|
_INCLUDE_IMAGE_3101_END_INCLUDE_IMAGE_
|
|
Radial Motor NCS, Placement of e
|
This photograph illustrates the placement of the recording electroded on the Extenor Digitorum Communis (EDC) muscle for a radial nerve motor study.
|
06/10/2009 @ 23:25
|
jdmiles
|
_INCLUDE_IMAGE_3102_END_INCLUDE_IMAGE_
|
|
Radial Motor NCS, recording from
|
This photograph illustrates a radial motor nerve conduction study, recording from the Extenor Digitorum Communis (EDC) muscle. The distal stimulation site is at the elbow, between the brachioradialis muscle and the biceps tendon.
|
06/10/2009 @ 23:34
|
jdmiles
|
_INCLUDE_IMAGE_3103_END_INCLUDE_IMAGE_
|
|
Radial Motor NCS, Recording the
|
This photograph illustrates a radial motor nerve conduction study, recording from the Extensor Indicis Proprius (EIP) muscle. Stimulation is also performed proximal to the elbow, distal to the spiral groove.
|
06/10/2009 @ 23:40
|
jdmiles
|
_INCLUDE_IMAGE_3104_END_INCLUDE_IMAGE_
|
|
Radial Motor NCS, Recording the
|
This photograph illustrates a radial motor nerve conduction study, recording from the Extenor Indicis Proprius (EIP) muscle. Stimulation is also performed proximal to the elbow, distal to the spiral groove.
|
06/10/2009 @ 23:41
|
jdmiles
|
_INCLUDE_IMAGE_3105_END_INCLUDE_IMAGE_
|
|
Spinal Accessory Motor Nerve - r
|
This photograph demonstrates the technique for the spinal accessory motor nerve conduction study, recording from the trapezius.
|
06/10/2009 @ 23:54
|
jdmiles
|
_INCLUDE_IMAGE_3106_END_INCLUDE_IMAGE_
|
|
Spinal Accessory Motor Nerve - r
|
This photograph demonstrates the technique for the spinal accessory motor nerve conduction study, recording from the trapezius.
|
06/10/2009 @ 23:55
|
jdmiles
|
_INCLUDE_IMAGE_3107_END_INCLUDE_IMAGE_
|
|
Spinal Accessory Motor Nerve - r
|
This photograph demonstrates the technique for the spinal accessory motor nerve conduction study, recording from the trapezius.
|
06/10/2009 @ 23:56
|
jdmiles
|
_INCLUDE_IMAGE_3108_END_INCLUDE_IMAGE_
|
|
Phrenic Motor Nerve Conduction S
|
This photograph illustrates the placement of the stimulator in a phrenic motor nerve conduction study.
|
07/10/2009 @ 0:02
|
jdmiles
|
_INCLUDE_IMAGE_3109_END_INCLUDE_IMAGE_
|
|
Phrenic Motor Nerve Conduction S
|
This photograph illustrates the placement of the recording electrodes in the phrenic motor nerve conduction study.
|
07/10/2009 @ 0:03
|
jdmiles
|
_INCLUDE_IMAGE_3110_END_INCLUDE_IMAGE_
|
|
Phrenic Motor Nerve Conduction S
|
This photograph illustrates the technique for the phrenic nerve conduction study.
|
07/10/2009 @ 0:04
|
jdmiles
|
_INCLUDE_IMAGE_3111_END_INCLUDE_IMAGE_
|
|
Median Palmar Mixed Nerve (
|
This photograph shows the technique for the median palmar mixed nerve conduction study.
|
07/10/2009 @ 8:37
|
jdmiles
|
_INCLUDE_IMAGE_3112_END_INCLUDE_IMAGE_
|
|
Ulnar Palmar Mixed Nerve (o
|
This photograph illustrates the technique for the ulnar palmar mixed nerve conduction study.
|
07/10/2009 @ 8:38
|
jdmiles
|
_INCLUDE_IMAGE_3113_END_INCLUDE_IMAGE_
|
|
Ulnar Sensory Nerve - Recording
|
This photograph illustrates the technique for the ulnar sensory study, recording from digit 4 (ring finger). Sensation to digit 4, in most people, is split between the median and ulnar nerves, making this useful in a comparison study looking for a median or ulnar mononeuropathy at the wrist.
|
07/10/2009 @ 8:44
|
jdmiles
|
_INCLUDE_IMAGE_3114_END_INCLUDE_IMAGE_
|
|
Median Sensory Nerve - Recording
|
This photograph illustrates the technique for the median sensory study, recording from digit 4 (ring finger). Sensation to digit 4, in most people, is split between the median and ulnar nerves, making this useful in a comparison study looking for a median or ulnar mononeuropathy at the wrist.
|
07/10/2009 @ 8:46
|
jdmiles
|
_INCLUDE_IMAGE_3115_END_INCLUDE_IMAGE_
|
|
Median Sensory Nerve Conduction
|
This photograph illustrates the technique for the median sensory study, recording from digit 1 (thumb). Sensation to digit 1, in most people, is split between the median and radial nerves, making this useful in a comparison study looking for a median mononeuropathy at the wrist (carpal tunnel syndrome).
|
07/10/2009 @ 8:49
|
jdmiles
|
_INCLUDE_IMAGE_3116_END_INCLUDE_IMAGE_
|
|
Radial Sensory Nerve Conduction
|
This photograph illustrates the technique for the radial sensory study, recording from digit 1 (thumb). Sensation to digit 1, in most people, is split between the median and radial nerves, making this useful in a comparison study looking for a median mononeuropathy at the wrist (carpal tunnel syndrome).
|
07/10/2009 @ 8:52
|
jdmiles
|
_INCLUDE_IMAGE_3117_END_INCLUDE_IMAGE_
|
|
Ulnar Motor Nerve - ADM 2
|
This photograph illustrates the technique for an ulnar motor nerve conduction study, recording from the abductor digiti minimi (ADM) muscle. The recording electrode (black, G1) is placed over the belly of the ADM. The reference electrode (red, G2) is placed at the proximal phalanx of the little finger. In this photograph, stimulation is being performed at the elbow, just distal to the ulnar groove. Stimulation both proximal and distal to the elbow is essential for detecting an ulnar entrapment at the elbow, the most common cause of ulnar mononeuropathy.
|
07/10/2009 @ 8:59
|
jdmiles
|
_INCLUDE_IMAGE_3118_END_INCLUDE_IMAGE_
|
|
Ulnar Motor Nerve - Recording th
|
This photograph illustrates the technique for an ulnar motor nerve conduction study, recording from the abductor digiti minimi (ADM) muscle. The recording electrode (black, G1) is placed over the belly of the ADM. The reference electrode (red, G2) is placed at the proximal phalanx of the little finger. For stimulation at the wrist, the stimulator is placed adjacent to the flexor carpi ulnaris tendon. The distance between G1 and the distal stimulating site at the wrist should be 4-6 cm.
|
07/10/2009 @ 9:03
|
jdmiles
|
_INCLUDE_IMAGE_3119_END_INCLUDE_IMAGE_
|
|
Ulnar Motor Nerve - Recording th
|
This photograph illustrates the technique for an ulnar motor nerve conduction study, recording from the abductor digiti minimi (ADM) muscle. The recording electrode (black, G1) is placed over the belly of the ADM. The reference electrode (red, G2) is placed at the proximal phalanx of the little finger. In this photograph, stimulation is being performed at the elbow, just distal to the ulnar groove. Stimulation both proximal and distal to the elbow is essential for detecting an ulnar entrapment at the elbow, the most common cause of ulnar mononeuropathy.
|
07/10/2009 @ 9:10
|
jdmiles
|
_INCLUDE_IMAGE_3120_END_INCLUDE_IMAGE_
|
|
Ulnar Motor Nerve - Recording th
|
This photograph illustrates the technique for an ulnar motor nerve conduction study, recording from the abductor digiti minimi (ADM) muscle. The recording electrode (black, G1) is placed over the belly of the ADM. The reference electrode (red, G2) is placed at the proximal phalanx of the little finger. In this photograph, stimulation is being performed above the elbow, about 10 cm proximal to the ulnar groove. Stimulation both proximal and distal to the elbow is essential for detecting an ulnar entrapment at the elbow, the most common cause of ulnar mononeuropathy. The patient’s arm should remain in a flexed position at the elbow when performing ulnar motor nerve stimulations.
|
07/10/2009 @ 9:13
|
jdmiles
|
_INCLUDE_IMAGE_3121_END_INCLUDE_IMAGE_
|
|
Ulnar Motor Nerve - Recording th
|
This photograph illustrates the technique for an ulnar motor nerve conduction study, recording from the abductor digiti minimi (ADM) muscle. The recording electrode (black, G1) is placed over the belly of the ADM. The reference electrode (red, G2) is placed at the proximal phalanx of the little finger. In this photograph, stimulation is being performed in the axilla. The patient’s arm should remain in a flexed position at the elbow when performing ulnar motor nerve stimulations.
|
07/10/2009 @ 9:16
|
jdmiles
|
_INCLUDE_IMAGE_3122_END_INCLUDE_IMAGE_
|
|
Ulnar Motor Nerve - Recording th
|
This photograph illustrates the technique for an ulnar motor nerve conduction study, recording from the abductor digiti minimi (ADM) muscle. The recording electrode (black, G1) is placed over the belly of the ADM. The reference electrode (red, G2) is placed at the proximal phalanx of the little finger. In this photograph, stimulation is being performed at Erb's point. The patient’s arm should remain in a flexed position at the elbow when performing ulnar motor nerve stimulations.
|
07/10/2009 @ 9:18
|
jdmiles
|
_INCLUDE_IMAGE_3123_END_INCLUDE_IMAGE_
|
|
Ulnar Motor Nerve - Recording th
|
Another view of stimulating at Erb's point for an ulnar motor nerve conduction study, recording from the abductor digiti minimi (ADM) muscle.
|
07/10/2009 @ 9:23
|
jdmiles
|
_INCLUDE_IMAGE_3124_END_INCLUDE_IMAGE_
|
|
Erb's Point
|
Stimulation at Erb's point.
|
07/10/2009 @ 9:24
|
jdmiles
|
_INCLUDE_IMAGE_3125_END_INCLUDE_IMAGE_
|
|
Ulnar Motor Nerve - Recording th
|
Another view of stimulating at Erb's point for an ulnar motor nerve conduction study, recording from the abductor digiti minimi (ADM) muscle.
|
07/10/2009 @ 9:25
|
jdmiles
|
_INCLUDE_IMAGE_3126_END_INCLUDE_IMAGE_
|
|
Ulnar Motor Nerve - Recording th
|
Another view of stimulating at Erb's point for an ulnar motor nerve conduction study, recording from the abductor digiti minimi (ADM) muscle.
|
07/10/2009 @ 9:26
|
jdmiles
|
_INCLUDE_IMAGE_3127_END_INCLUDE_IMAGE_
|
|
Ulnar Motor Nerve - Recording th
|
Another view of stimulation at the axilla in an ulnar motor nerve conduction study, recording from the abductor digiti minimi (ADM) muscle.
|
07/10/2009 @ 9:28
|
jdmiles
|
_INCLUDE_IMAGE_3128_END_INCLUDE_IMAGE_
|
|
Ulnar Sensory Nerve Conduction S
|
This photograph illustrates the technique for performing an ulnar sensory nerve conduction study. The recording electrode (G1, black) is placed on the proximal phalanx of the little finger. The reference electrode (G2, red) is placed on the middle phalanx of the little finger. A distance of 11 cm is measured from G1 to the distal wrist crease over the ulnar nerve. The nerve is stimulated at the wrist, adjacent the flexor carpi ulnaris tendon. The nerve can also be stimulated at the elbow, above the ulnar groove.
|
07/10/2009 @ 9:33
|
jdmiles
|
_INCLUDE_IMAGE_3129_END_INCLUDE_IMAGE_
|
|
Radial Sensory Nerve Conduction
|
This photograph illustrates the technique for performing a radial sensory nerve conduction study. The recording electrode (G1, black) is placed over the anatomical snuffbox, between the index finger and thumb, at the point where the bones are connected. The reference electrode (G1, red) is placed on proximal phalanx at the base of the thumb. A distance of 10 cm is measured from G1 straight back over the radius bone in the forearm. The nerve is stimulated in the forearm, over the radius bone.
|
07/10/2009 @ 9:41
|
jdmiles
|
_INCLUDE_IMAGE_3130_END_INCLUDE_IMAGE_
|
|
Musculocutaneous Motor Nerve Con
|
This photograph illustrates the technique for a musculocutaneous motor nerve conduction study. The recording electrode (G1, black) is placed over the belly of the biceps muscle. Stimulation occurs in the axilla, just beneath the tendon.
|
07/10/2009 @ 9:49
|
jdmiles
|
_INCLUDE_IMAGE_3131_END_INCLUDE_IMAGE_
|
|
Musculocutaneous Motor Nerve Con
|
This photograph illustrates the technique for a musculocutaneous motor nerve conduction study. The recording electrode (G1, black) is placed over the belly of the biceps muscle. Stimulation occurs in the axilla, just beneath the tendon.
|
07/10/2009 @ 9:50
|
jdmiles
|
_INCLUDE_IMAGE_3132_END_INCLUDE_IMAGE_
|
|
Musculocutaneous Motor Nerve Con
|
This photograph illustrates the technique for a musculocutaneous motor nerve conduction study. The recording electrode (G1, black) is placed over the belly of the biceps muscle. The proximal stimulation site is at Erb's point.
|
07/10/2009 @ 9:51
|
jdmiles
|
_INCLUDE_IMAGE_3133_END_INCLUDE_IMAGE_
|
|
Musculocutaneous Motor Nerve Con
|
This photograph illustrates the technique for a musculocutaneous motor nerve conduction study. The recording electrode (G1, black) is placed over the belly of the biceps muscle. The proximal stimulation site is at Erb's point.
|
07/10/2009 @ 9:52
|
jdmiles
|
_INCLUDE_IMAGE_3134_END_INCLUDE_IMAGE_
|
|
Musculocutaneous Motor Nerve Con
|
This photograph illustrates the technique for a musculocutaneous motor nerve conduction study. The recording electrode (G1, black) is placed over the belly of the biceps muscle. The proximal stimulation site is at Erb's point.
|
07/10/2009 @ 9:54
|
jdmiles
|
_INCLUDE_IMAGE_3135_END_INCLUDE_IMAGE_
|
|
Median Motor Nerve Conduction St
|
This photograph illustrates the technique for performing a median motor nerve conduction study, recording from the abductor pollicis brevis (APB) muscle. The recording electrode (G1, black) is placed over the belly of the APB. The reference electrode (G2, red) is placed at the proximal phalanx of the thumb. The distal stimulation site is at the wrist, proximal to the distal wrist crease. The distance between G1 and the distal stimulating site at the wrist should be about 4-6 cm.
|
07/10/2009 @ 9:59
|
jdmiles
|
_INCLUDE_IMAGE_3136_END_INCLUDE_IMAGE_
|
|
Median Motor Nerve Conduction St
|
This photograph illustrates the technique for performing a median motor nerve conduction study, recording from the abductor pollicis brevis (APB) muscle. The recording electrode (G1, black) is placed over the belly of the APB. The reference electrode (G2, red) is placed at the proximal phalanx of the thumb. Stimulation shown here is at the elbow, just proximal to the elbow crease, medial to the pulse or the biceps tendon.
|
07/10/2009 @ 10:02
|
jdmiles
|
_INCLUDE_IMAGE_3137_END_INCLUDE_IMAGE_
|
|
Median Motor Nerve Conduction St
|
This photograph illustrates the technique for performing a median motor nerve conduction study, recording from the abductor pollicis brevis (APB) muscle. The recording electrode (G1, black) is placed over the belly of the APB. The reference electrode (G2, red) is placed at the proximal phalanx of the thumb. Stimulation can be performed at the axilla.
|
07/10/2009 @ 10:04
|
jdmiles
|
_INCLUDE_IMAGE_3138_END_INCLUDE_IMAGE_
|
|
Median Motor Nerve Conduction St
|
Another view of the median motor nerve conduction study, recording the Abductor Pollicis Brevis (APB) muscle, stimulating at the wrist.
|
07/10/2009 @ 10:07
|
jdmiles
|
_INCLUDE_IMAGE_3139_END_INCLUDE_IMAGE_
|
|
Median Sensory Nerve Conduction
|
This photograph illustrates the technique for performing a median sensory nerve conduction study, recording the index finger. The recording electrode (G1, black) is placed on the proximal phalanx of the index finger. The reference electrode (G2, red) is placed on the middle phalanx of the index finger. A distance of 13 cm is measured from G1 to the distal wrist crease over the median nerve. The nerve is stimulated at the wrist, proximal to the wrist crease and between the flexor carpi radialis and palmaris longus tendons.
|
07/10/2009 @ 10:19
|
jdmiles
|
_INCLUDE_IMAGE_3140_END_INCLUDE_IMAGE_
|
|
Radial Motor Nerve Conduction St
|
This photograph illustrates the technique for performing a radial motor nerve conduction study, recording form the extensor indicis proprius (EIP) muscle. The recording electrode (G1, black) is placed over the belly of the EIP. The reference electrode (G2, red) is placed on the dorsomedial wrist, near the ulnar styloid process. Here, the stimulation is applied to the posterior arm, proximal to the spiral groove.
|
07/10/2009 @ 10:43
|
jdmiles
|
_INCLUDE_IMAGE_3141_END_INCLUDE_IMAGE_
|
|
Radial Motor NCS, Recording the
|
This photograph illustrates a radial motor nerve conduction study, recording from the Extenor Digitorum Communis (EDC) muscle. The stimulation site shown is on the posterior arm, proximal to the elbow, distal to the spiral groove.
|
07/10/2009 @ 10:52
|
jdmiles
|
_INCLUDE_IMAGE_3142_END_INCLUDE_IMAGE_
|
|
Radial Motor NCS, Recording the
|
Another view of the radial motor nerve conduction study, stimulating distal to the spiral groove.
|
07/10/2009 @ 10:54
|
jdmiles
|
_INCLUDE_IMAGE_3143_END_INCLUDE_IMAGE_
|
|
Radial Motor NCS, Recording the
|
This photograph illustrates a radial motor nerve conduction study, recording from the Extenor Digitorum Communis (EDC) muscle. The stimulation site shown is on the posterior arm, proximal to the spiral groove.
|
07/10/2009 @ 10:55
|
jdmiles
|
_INCLUDE_IMAGE_3144_END_INCLUDE_IMAGE_
|
|
Peripheral Nerve - Perineurium
|
This is a section of plastic-embedded peripheral nerve stained with toluidine blue. The unnecessarily large green arrow points to the perineurium, a sheath of connective tissue surrounding the fascicle. The epineurium, a more superficial layer surrounding the whole nerve, is not seen in this image.
|
09/01/2010 @ 12:45
|
jdmiles
|
_INCLUDE_IMAGE_3145_END_INCLUDE_IMAGE_
|
|
CT Left MCA Infarct
|
This is a CT scan of a recent left MCA infarct. There is considerable edema in the left hemisphere, with midline shift. There is also some hemorrhage on the right.
|
16/03/2010 @ 4:22
|
jdmiles
|
_INCLUDE_IMAGE_3146_END_INCLUDE_IMAGE_
|
|
Neuron
|
A drawing of a neuron. Based on an image by wikimedia commons user LadyofHats, modified by jdmiles.
|
07/04/2010 @ 16:07
|
jdmiles
|
_INCLUDE_IMAGE_3147_END_INCLUDE_IMAGE_
|
|
Neuron - Soma
|
An illustration of a neuron. The unnecessarily large green arrow is pointing to the soma or cell body of the neuron.
|
07/04/2010 @ 16:41
|
jdmiles
|
_INCLUDE_IMAGE_3148_END_INCLUDE_IMAGE_
|
|
Bear with arrow
|
This is a bear's left ear.
|
16/08/2010 @ 22:34
|
jdmiles
|
_INCLUDE_IMAGE_3149_END_INCLUDE_IMAGE_
|
|
Bear with arrow
|
This is a bear.
|
16/08/2010 @ 22:36
|
jdmiles
|
_INCLUDE_IMAGE_3150_END_INCLUDE_IMAGE_
|
|
Absence Seizures
|
Absence Seizures
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3151_END_INCLUDE_IMAGE_
|
|
Achilles Reflex
|
Achilles Reflex
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3152_END_INCLUDE_IMAGE_
|
|
Acoustic Neuroma
|
Acoustic Neuroma
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3153_END_INCLUDE_IMAGE_
|
|
Adult Brain Tumor Incidence
|
Adult Brain Tumor Incidence
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3154_END_INCLUDE_IMAGE_
|
|
Agraphesthesia
|
Agraphesthesia
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3155_END_INCLUDE_IMAGE_
|
|
Alzheimer Disease
|
Alzheimer Disease
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3156_END_INCLUDE_IMAGE_
|
|
Anterior vs. Posterior Pituitary
|
Anterior vs. Posterior Pituitary Hormones
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3157_END_INCLUDE_IMAGE_
|
|
Argyll-Robertson Pupil
|
Argyll-Robertson Pupil
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3158_END_INCLUDE_IMAGE_
|
|
Arm Dermatomes
|
Arm Dermatomes
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3159_END_INCLUDE_IMAGE_
|
|
Astereognosia
|
Astereognosia
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3160_END_INCLUDE_IMAGE_
|
|
Astrocytoma Treatment
|
Astrocytoma Treatment
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3161_END_INCLUDE_IMAGE_
|
|
Ataxia-Telangiectasia
|
Ataxia-Telangiectasia
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3162_END_INCLUDE_IMAGE_
|
|
Ataxia
|
Ataxia
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3163_END_INCLUDE_IMAGE_
|
|
Bell's Palsy
|
Bell's Palsy
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3164_END_INCLUDE_IMAGE_
|
|
Belly Button Dermatome
|
Belly Button Dermatome
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3165_END_INCLUDE_IMAGE_
|
|
Botulinum Toxin
|
Botulinum Toxin
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3166_END_INCLUDE_IMAGE_
|
|
Botulism
|
Botulism
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3167_END_INCLUDE_IMAGE_
|
|
Brachial Plexus
|
Brachial Plexus
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3168_END_INCLUDE_IMAGE_
|
|
Brain Cancer Incidence In Adults
|
Brain Cancer Incidence In Adults
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3169_END_INCLUDE_IMAGE_
|
|
Brain Stem_Cranial Nerve_Id
|
Brain Stem_Cranial Nerve_Id
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3170_END_INCLUDE_IMAGE_
|
|
Brain Tumor Incidence In Childre
|
Brain Tumor Incidence In Children
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3171_END_INCLUDE_IMAGE_
|
|
Broca's Aphasia
|
Broca's Aphasia
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3172_END_INCLUDE_IMAGE_
|
|
Bromocriptine
|
Bromocriptine
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3173_END_INCLUDE_IMAGE_
|
|
Cavernous Sinus
|
Cavernous Sinus
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3174_END_INCLUDE_IMAGE_
|
|
Cerebral vs Cerebellar Lateralit
|
Cerebral vs Cerebellar Laterality
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3175_END_INCLUDE_IMAGE_
|
|
Circle of Willis
|
Circle of Willis
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3176_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 3 And 7 Function
|
Cranial Nerve 3 And 7 Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3177_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 7 And 9 Function
|
Cranial Nerve 7 And 9 Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3178_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 9 And 10 Function
|
Cranial Nerve 9 And 10 Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3179_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 1 Function
|
Cranial Nerve 1 Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3180_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 1 Name
|
Cranial Nerve 1 Name
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3181_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 10 Function 2
|
Cranial Nerve 10 Function 2
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3182_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 10 Function
|
Cranial Nerve 10 Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3183_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 10 Name
|
Cranial Nerve 10 Name
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3184_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 11 Function
|
Cranial Nerve 11 Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3185_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 11 Name
|
Cranial Nerve 11 Name
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3186_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 12 Function 2
|
Cranial Nerve 12 Function 2
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3187_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 12 Function
|
Cranial Nerve 12 Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3188_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 2 Function
|
Cranial Nerve 2 Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3189_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 2 Name
|
Cranial Nerve 2 Name
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3190_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 3 Function 2
|
Cranial Nerve 3 Function 2
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3191_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 3 Function
|
Cranial Nerve 3 Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3192_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 3 Name
|
Cranial Nerve 3 Name
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3193_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 4 Name
|
Cranial Nerve 4 Name
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3194_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 4 Palsy
|
Cranial Nerve 4 Palsy
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3195_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 5 Function
|
Cranial Nerve 5 Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3196_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 5 Name
|
Cranial Nerve 5 Name
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3197_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 6 Name
|
Cranial Nerve 6 Name
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3198_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 7 Function 2
|
Cranial Nerve 7 Function 2
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3199_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 7 Function
|
Cranial Nerve 7 Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3200_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 7 Name
|
Cranial Nerve 7 Name
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3201_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 8 Function
|
Cranial Nerve 8 Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3202_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 8 Name
|
Cranial Nerve 8 Name
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3203_END_INCLUDE_IMAGE_
|
|
Cranial Nerve 9 Name
|
Cranial Nerve 9 Name
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3204_END_INCLUDE_IMAGE_
|
|
Cranial Nerve Hemorrhages
|
Cranial Nerve Hemorrhages
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3205_END_INCLUDE_IMAGE_
|
|
Common Causes Of Cranial Nerve 3
|
Common Causes Of Cranial Nerve 3 Palsy
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3206_END_INCLUDE_IMAGE_
|
|
Cranial Nerves: Sensory, Motor,
|
Cranial Nerves: Sensory, Motor, or Both
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3207_END_INCLUDE_IMAGE_
|
|
Creutzfeldt-Jakob Disease
|
Creutzfeldt-Jakob Disease
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3208_END_INCLUDE_IMAGE_
|
|
Diffuse Axonal Injury
|
Diffuse Axonal Injury
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3209_END_INCLUDE_IMAGE_
|
|
Diplopia
|
Diplopia
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3210_END_INCLUDE_IMAGE_
|
|
Disdiadochokinesis
|
Disdiadochokinesis
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3211_END_INCLUDE_IMAGE_
|
|
Dorsal Columns
|
Dorsal Columns
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3212_END_INCLUDE_IMAGE_
|
|
Guillain-Barre Syndrome
|
Guillain-Barre Syndrome
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3213_END_INCLUDE_IMAGE_
|
|
Hand Dermatomes
|
Hand Dermatomes
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3214_END_INCLUDE_IMAGE_
|
|
Hearing Loss In a Rock Band Memb
|
Hearing Loss In a Rock Band Member
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3215_END_INCLUDE_IMAGE_
|
|
Horner's Syndrome
|
Horner's Syndrome
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3216_END_INCLUDE_IMAGE_
|
|
Huntington's Chorea
|
Huntington's Chorea
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3217_END_INCLUDE_IMAGE_
|
|
Hypothalamic Nuclei
|
Hypothalamic Nuclei
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3218_END_INCLUDE_IMAGE_
|
|
Increased Intracranial Pressure
|
Increased Intracranial Pressure
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3219_END_INCLUDE_IMAGE_
|
|
Inferior Colliculus
|
Inferior Colliculus
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3220_END_INCLUDE_IMAGE_
|
|
Key Brodmann Areas
|
Key Brodmann Areas
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3221_END_INCLUDE_IMAGE_
|
|
Klumpke Syndrome
|
Klumpke Syndrome
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3222_END_INCLUDE_IMAGE_
|
|
Lateral Medullary Syndrome
|
Lateral Medullary Syndrome
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3223_END_INCLUDE_IMAGE_
|
|
Lumbar Disc Herniation Affected
|
Lumbar Disc Herniation Affected Reflexes By Level
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3224_END_INCLUDE_IMAGE_
|
|
Marcus-Gunn Pupil
|
Marcus-Gunn Pupil
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3225_END_INCLUDE_IMAGE_
|
|
Medial vs. Lateral Geniculate Bo
|
Medial vs. Lateral Geniculate Bodies
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3226_END_INCLUDE_IMAGE_
|
|
Median Nerve Runs with Radial Ar
|
Median Nerve Runs with Radial Artery
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3227_END_INCLUDE_IMAGE_
|
|
Meisner's Plexus
|
Meisner's Plexus
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3228_END_INCLUDE_IMAGE_
|
|
MEN Syndromes
|
MEN Syndromes
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3229_END_INCLUDE_IMAGE_
|
|
Meniere's Disease
|
Meniere's Disease
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3230_END_INCLUDE_IMAGE_
|
|
Meningitis Organisms
|
Meningitis Organisms
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3231_END_INCLUDE_IMAGE_
|
|
Motor vs. Sensory Fibers
|
Motor vs. Sensory Fibers
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3232_END_INCLUDE_IMAGE_
|
|
Multiple Sclerosis
|
Multiple Sclerosis
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3233_END_INCLUDE_IMAGE_
|
|
Myasthenia Gravis_Eaton Lambert
|
Myasthenia Gravis_Eaton Lambert
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3234_END_INCLUDE_IMAGE_
|
|
Myenteric Plexus
|
Myenteric Plexus
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3235_END_INCLUDE_IMAGE_
|
|
Neuroblastoma
|
Neuroblastoma
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3236_END_INCLUDE_IMAGE_
|
|
Neurofibromatosis 1 vs. 2
|
Neurofibromatosis 1 vs. 2
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3237_END_INCLUDE_IMAGE_
|
|
Neuron Specific Antigen
|
Neuron Specific Antigen
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3238_END_INCLUDE_IMAGE_
|
|
Oligodendroglioma
|
Oligodendroglioma
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3239_END_INCLUDE_IMAGE_
|
|
Ophthalmoparesis
|
Ophthalmoparesis
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3240_END_INCLUDE_IMAGE_
|
|
Spinal Cord End Levels
|
Spinal Cord End Levels
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3241_END_INCLUDE_IMAGE_
|
|
Spinothalamic Tract
|
Spinothalamic Tract
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3242_END_INCLUDE_IMAGE_
|
|
Sturge-Weber Syndrome
|
Sturge-Weber Syndrome
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3243_END_INCLUDE_IMAGE_
|
|
Superior Colliculus
|
Superior Colliculus
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3244_END_INCLUDE_IMAGE_
|
|
Superior vs. Inferior Brachial P
|
Superior vs. Inferior Brachial Plexus Injury
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3245_END_INCLUDE_IMAGE_
|
|
Syphilis Treatment
|
Syphilis Treatment
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3246_END_INCLUDE_IMAGE_
|
|
Syringomyelia
|
Syringomyelia
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3247_END_INCLUDE_IMAGE_
|
|
T1 vs. T2 Imaging
|
T1 vs. T2 Imaging
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3248_END_INCLUDE_IMAGE_
|
|
Tetanus
|
Tetanus
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3249_END_INCLUDE_IMAGE_
|
|
Tibial Nerve Function
|
Tibial Nerve Function
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3250_END_INCLUDE_IMAGE_
|
|
Toxidrome 1
|
Toxidrome 1
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3251_END_INCLUDE_IMAGE_
|
|
Toxidrome 2
|
Toxidrome 2
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3252_END_INCLUDE_IMAGE_
|
|
Toxidrome 3
|
Toxidrome 3
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3253_END_INCLUDE_IMAGE_
|
|
Treatment For Tonic-Clonic Seizu
|
Treatment For Tonic-Clonic Seizures
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3254_END_INCLUDE_IMAGE_
|
|
Upper vs Lower Motor Neuron Sign
|
Upper vs Lower Motor Neuron Signs
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3255_END_INCLUDE_IMAGE_
|
|
Ventricular System Of The Brain
|
Ventricular System Of The Brain
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3256_END_INCLUDE_IMAGE_
|
|
Voice Hoarseness
|
Voice Hoarseness
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3257_END_INCLUDE_IMAGE_
|
|
Volkman's Contracture
|
Volkman's Contracture
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3258_END_INCLUDE_IMAGE_
|
|
Weber Syndrome
|
Weber Syndrome
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3259_END_INCLUDE_IMAGE_
|
|
Wernicke's Aphasia
|
Wernicke's Aphasia
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3260_END_INCLUDE_IMAGE_
|
|
Wernicke-Korsakoff Syndrome
|
Wernicke-Korsakoff Syndrome
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3261_END_INCLUDE_IMAGE_
|
|
Winged Scapula
|
Winged Scapula
|
17/07/2011 @ 9:42
|
adamsprouseblum
|
_INCLUDE_IMAGE_3262_END_INCLUDE_IMAGE_
|
|
MRI T1 w Gad lacune
|
A T1-weighted MRI of the brain, with gadolinium contrast. A remote lacunar infarct in the left basal ganglia is visible.
|
14/02/2013 @ 11:50
|
jdmiles
|
_INCLUDE_IMAGE_3263_END_INCLUDE_IMAGE_
|
|
Limbic Encephalitis H&E 200x
|
An H&E slide of brain, at 200x magnification. This patient has limbic encephalitis. Characteristic features visible here include nodules of microglia, and reactive astrocytosis, and the absence of liquefactive necrosis.
|
14/02/2013 @ 12:48
|
jdmiles
|
_INCLUDE_IMAGE_3264_END_INCLUDE_IMAGE_
|
|
MRI acute R MCA stroke
|
This shows an MRI from someone who has had an acute right middle cerebral artery infarction. The image on the left is a diffusion-weighted MRI (DWI). The area in white shows the acute infarction. The image on the right shows the ADC map corresponding to the same image. Since the area which is bright on DWI is dark on the ADC, we can conclude that this infarction is acute.
|
20/02/2013 @ 13:20
|
jdmiles
|
_INCLUDE_IMAGE_3265_END_INCLUDE_IMAGE_
|
|
MRI Right MCA stroke DWI
|
This is a diffusion-weighted MRI image showing hyperintensity in the distribution of the right middle cerebral artery. This patient has an acute stroke in that territory.
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20/02/2013 @ 13:27
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jdmiles
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_INCLUDE_IMAGE_3266_END_INCLUDE_IMAGE_
|
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Mona Lisa - Left Horner
|
An image of the Mona Lisa, defaced to illustrate Horner syndrome.
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22/02/2013 @ 18:15
|
jdmiles
|
_INCLUDE_IMAGE_3267_END_INCLUDE_IMAGE_
|
|
ALS crim
|
This is a myelin-stained section of spinal cord from a patient who had amyotrophic lateral sclerosis (ALS). Symmetrical degeneration of corticospinal axons occurs secondary to degeneration of cerebrocortical motor neurons in ALS. When axons degenerate, myelin will secondarily be lost. The resulting reactive astrocytosis produces a firm scarlike alteration in the lateral (and anterior) corticospinal tracts or "lateral sclerosis".
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27/02/2013 @ 15:19
|
jdmiles
|
_INCLUDE_IMAGE_3268_END_INCLUDE_IMAGE_
|
|
Acanthameba 600x
|
This is an H&E section of brain, at 600x magnification, from a person who had an acanthameba infection. Protozoal infections are characterized by visible trophozoites, and sometimes protozoal cysts or pseudocysts. The size of the protozoal organisms within this section are consistent with Acanthameba infection.
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27/02/2013 @ 15:29
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jdmiles
|
_INCLUDE_IMAGE_3269_END_INCLUDE_IMAGE_
|
|
Horizontal Plane
|
An image illustrating a horizontal plane in relation to the human body in anatomical position.
|
07/06/2013 @ 17:08
|
jdmiles
|
_INCLUDE_IMAGE_3270_END_INCLUDE_IMAGE_
|
|
Coronal Plane
|
An image illustrating a coronal or frontal plane in relation to the human body in anatomical position.
|
07/06/2013 @ 17:10
|
jdmiles
|
_INCLUDE_IMAGE_3271_END_INCLUDE_IMAGE_
|
|
Sagittal Plane
|
An image illustrating a sagittal plane in relation to the human body in anatomical position.
|
07/06/2013 @ 17:11
|
jdmiles
|
_INCLUDE_IMAGE_3272_END_INCLUDE_IMAGE_
|
|
Planes of Section Fish
|
An illustration of the planes of section (sagittal, transverse or horizontal, and frontal or coronal), as they apply to a fish.
|
07/06/2013 @ 17:22
|
jdmiles
|
_INCLUDE_IMAGE_3273_END_INCLUDE_IMAGE_
|
|
Planes of Section
|
An illustration of the planes of section. The illustration shows the sagittal plane, the frontal or coronal plane, and the horizontal or transverse plane.
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07/06/2013 @ 17:24
|
jdmiles
|
_INCLUDE_IMAGE_3274_END_INCLUDE_IMAGE_
|
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Anatomical Position
|
An illustration of the anatomical position.
|
07/06/2013 @ 17:44
|
jdmiles
|
_INCLUDE_IMAGE_3275_END_INCLUDE_IMAGE_
|
|
Proximal
|
Proximal means towards the midline of the body or towards an origin or point of attachment. Compare to distal.
|
07/06/2013 @ 19:26
|
jdmiles
|
_INCLUDE_IMAGE_3276_END_INCLUDE_IMAGE_
|
|
Distal
|
Distal means away from the midline of the body or away from an origin or point of attachment. Compare to proximal.
|
07/06/2013 @ 19:31
|
jdmiles
|
_INCLUDE_IMAGE_3277_END_INCLUDE_IMAGE_
|
|
Dorsal
|
The dorsal aspect of a person is that part that is towards the surface of the back. Compare to ventral.
|
07/06/2013 @ 19:55
|
jdmiles
|
_INCLUDE_IMAGE_3278_END_INCLUDE_IMAGE_
|
|
Ventral
|
The ventral aspect of a person is that part that is towards the surface of the belly. Compare to dorsal.
|
07/06/2013 @ 19:56
|
jdmiles
|
_INCLUDE_IMAGE_3279_END_INCLUDE_IMAGE_
|
|
Rostral-Caudal
|
Rostral means "towards the nose," and Caudal means "towards the tail." In humans, this axis takes a sharp turn when it reaches the brain. This makes the rostral-caudal axis different from the anterior-posterior axis and from the inferior-superior axis.
|
07/06/2013 @ 23:30
|
jdmiles
|
_INCLUDE_IMAGE_3280_END_INCLUDE_IMAGE_
|
|
Parasagittal Plane
|
If a sagittal plane is made through the midline of the body, so that the portions of the body on either side are equal in size, then that is called the midsagittal plane. Any other sagittal section (parallel to but not the same as the midsagittal section) can also be called a parasagittal section.
|
07/06/2013 @ 23:40
|
jdmiles
|
_INCLUDE_IMAGE_3281_END_INCLUDE_IMAGE_
|
|
Rostral Caudal whole body
|
The red bar indicates the direction of the rostral-caudal axis. In the trunk, caudal and inferior are synonymous, and rostral and superior mean the same thing. Thus the sacrum is caudal to the lumbar vetebrae. In the head however, the axis turns sharply, and caudal is no longer the same as inferior. In the head, rostral and anterior mean the same direction, and caudal means the same thing as posterior. The red arrowhead represents the rostral direction.
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08/06/2013 @ 15:13
|
jdmiles
|
_INCLUDE_IMAGE_3282_END_INCLUDE_IMAGE_
|
|
Medial
|
Medial means "towards the midline of the body." Your nose is medial to your ears.
|
08/06/2013 @ 15:16
|
jdmiles
|
_INCLUDE_IMAGE_3283_END_INCLUDE_IMAGE_
|
|
Lateral
|
Lateral means "away from the body's midline." If you are like most people, your eyes are lateral to your nose.
|
08/06/2013 @ 15:20
|
jdmiles
|
_INCLUDE_IMAGE_3284_END_INCLUDE_IMAGE_
|
|
Neuron
|
A cartoon illustration of a simple neuron.
|
08/06/2013 @ 16:37
|
jdmiles
|
_INCLUDE_IMAGE_3285_END_INCLUDE_IMAGE_
|
|
Neuron, numbered
|
A cartoon illustration showing the basic parts of a simple neuron. Like any cell, all neurons have a cell body (1), also called the soma. Neurons also usually have numerous processes called dendrites (2), and a single process called an axon (3).
|
08/06/2013 @ 16:42
|
jdmiles
|
_INCLUDE_IMAGE_3286_END_INCLUDE_IMAGE_
|
|
Neuron with afferent connections
|
In a typical neuron, the dendrites make connections with processes from many other neurons. These connections can be thought of as bringing afferent (incoming) electrical information to the soma.
|
08/06/2013 @ 16:44
|
jdmiles
|
_INCLUDE_IMAGE_3287_END_INCLUDE_IMAGE_
|
|
Neuron with connections
|
In this illustration, the tan processes connecting to our neuron are providing afferent (incoming) electrical information to the neuron. At the axon hillock, where the soma gives rise to the axon, if there is sufficient current change to cause the membrane to depolarize to the threshold potential, an action potential is generated. This action potential travels distally down the axon, eventually carrying information to other cells. In this illustration, our neuron's axon branches at the distal end, and synapses onto other neurons (shown in light grey).
|
08/06/2013 @ 16:49
|
jdmiles
|
_INCLUDE_IMAGE_3288_END_INCLUDE_IMAGE_
|
|
Neuron soma
|
The soma, or cell body of a neuron is highlighted in green in this image. The soma contains the nucleus of a neuron, and is where much of the cell's basic functions take place.
|
08/06/2013 @ 16:54
|
jdmiles
|
_INCLUDE_IMAGE_3289_END_INCLUDE_IMAGE_
|
|
Neuron dendrites
|
In this cartoon illustration of a neuron, the dendrites are labeled in green. These processes synapse onto other neurons, and bring afferent information to the cell.
|
08/06/2013 @ 16:55
|
jdmiles
|
_INCLUDE_IMAGE_3290_END_INCLUDE_IMAGE_
|
|
Neuron axon
|
In this cartoon illustration of a neuron, the single axon is highlighted in green. The axon carries electrical information away from the soma, making efferent connections with other cells. Depending on the location and function of a neuron, an axon may be very short, or may be longer than a meter or two.
|
08/06/2013 @ 17:00
|
jdmiles
|
_INCLUDE_IMAGE_3291_END_INCLUDE_IMAGE_
|
|
Neuron myelin
|
The axons of some neurons are wrapped in a fatty material called myelin. Myelin acts as an electrical insulator. Axons with myelin are capable of carrying information at much faster speeds than unmyelinated axons. In this illustration of a neuron, the myelin wrapping the axon is labelled in green.
|
08/06/2013 @ 17:03
|
jdmiles
|
_INCLUDE_IMAGE_3292_END_INCLUDE_IMAGE_
|
|
Neuron myelin segment
|
In this illustration of a neuron with a myelinated axon, a single segment of myelin is illustrated in green. Myelin is not part of the neuron itself. It is made up of membrane from a glial cell wrapped around the axon multiple times. In the central nervous system, myelin is formed from processes of oligodendrocytes, and one oligodendrocyte may provide myelin segments for multiple axons. In the peripheral nervous system, myelin is formed by Schwann cells, and each Schwann cell creates a segment of myelin for a single axon.
|
08/06/2013 @ 17:09
|
jdmiles
|
_INCLUDE_IMAGE_3293_END_INCLUDE_IMAGE_
|
|
Oligodendrocyte
|
An oligodendrocyte, labelled with a green fluorescent stain. Note the numerous processes arising from the center of the cell. Oligodendrocytes wrap their processes around the axons of different neurons, providing myelin for those axons. One oligodendrocyte may provide myelin for many different neurons.
|
08/06/2013 @ 17:14
|
jdmiles
|
_INCLUDE_IMAGE_3294_END_INCLUDE_IMAGE_
|
|
How myelin wraps around an axon
|
This cartoon illustration attempts to illustrate how a Schwann cell wraps around an axon to create myelin.
|
08/06/2013 @ 17:36
|
jdmiles
|
_INCLUDE_IMAGE_3295_END_INCLUDE_IMAGE_
|
|
Myelin sheath
|
An illustration of how an oligodendrocyte lays down a myelin sheath around a segment of axon.
|
08/06/2013 @ 17:40
|
jdmiles
|
_INCLUDE_IMAGE_3296_END_INCLUDE_IMAGE_
|
|
Synapse
|
An illustration of a synapse
|
08/06/2013 @ 17:41
|
jdmiles
|
_INCLUDE_IMAGE_3297_END_INCLUDE_IMAGE_
|
|
NMJ
|
An illustation of a neuromuscular junction, which is a synapse between a nerve axon and a muscle cell. Like other chemical synapses, there are vesicles of neurotransmitters (small green circles in this image) stored inside the terminal bouton of the presynaptic cell. When the electrical depolarization of an action potential reaches the terminal bouton, the vesicles fuse with the membrane of the presynaptic cell, spilling their neurotransmitter contents into the space between the two cells. The molecules of neurotransmitter passively diffuse across this space, and bind to receptors on the postynaptic membrane (shown here in red).
|
08/06/2013 @ 18:20
|
jdmiles
|
_INCLUDE_IMAGE_3298_END_INCLUDE_IMAGE_
|
|
Grey Matter vs White Matter
|
In this horizontal or axial section of human brain, the distinction between white matter and grey matter is well defined. The green arrows in this image point to the cerebral cortex, a rim of grey matter. The green arrows point to white matter. The somata or cell bodies of neurons are found in grey matter. The white matter lacks neuron cell bodies, and is comprised largely of axons. Many of the axons in white matter are myelinated. The lipid-rich myelin contributes to the whitish color of white matter. The brain specimens used in a gross anatomy lab are usually preserved in formalin or something similar. Consequently, the difference in color between grey and white matter is not as pronounced.
|
08/06/2013 @ 18:47
|
jdmiles
|
_INCLUDE_IMAGE_3299_END_INCLUDE_IMAGE_
|
|
Brain Horizontal VHP
|
A horizontal (axial) section through human brain.
|
08/06/2013 @ 19:10
|
jdmiles
|
_INCLUDE_IMAGE_3300_END_INCLUDE_IMAGE_
|
|
Brain Horizontal Cortex highligh
|
The cerebral cortex is highlighted in green in this horizontal section of human brain.
|
08/06/2013 @ 19:11
|
jdmiles
|
_INCLUDE_IMAGE_3301_END_INCLUDE_IMAGE_
|
|
Lobes of the cerebral hemisphere
|
In this image, the occipital lobe is green, the temporal lobe is yellow, the parietal lobe is blue, and the frontal lobe is red.
|
11/06/2013 @ 1:26
|
jdmiles
|
_INCLUDE_IMAGE_3302_END_INCLUDE_IMAGE_
|
|
CT Circle of Willis
|
A CT of normal brain showing both middle cerebral arteries, both posterior cerebral arteries.
|
07/07/2013 @ 20:01
|
jdmiles
|
_INCLUDE_IMAGE_3303_END_INCLUDE_IMAGE_
|
|
CT dense MCA
|
This is a head CT from a person who has recently begun to show symptoms of a severe left MCA stroke. As CT does not show tissue changes in the first several hours, the brain parenchyma appears normal even though it is infarcting. What can be seen sometimes, and is seen in this image, is an unusually radiodense appearance of the left middle cerebral artery. The clotted blood in this artery gives it a brighter white appearance than the right MCA.
|
08/07/2013 @ 0:40
|
jdmiles
|
_INCLUDE_IMAGE_3304_END_INCLUDE_IMAGE_
|
|
CTA Right M1 occlusion
|
A CT angiogram of the vessels in the brain. The vessels for the left side of the brain are on the right side of the image, and the ones for the right side of the brain are on the left side of the image. Note how the right middle cerebral artery (MCA) stops abruptly just distal to its origin from the circle of Willis. Compare to the healthier left MCA.
|
08/07/2013 @ 1:16
|
jdmiles
|
_INCLUDE_IMAGE_3305_END_INCLUDE_IMAGE_
|
|
CT dense MCA with arrow
|
The unnecessarily large green arrow points to the dense middle cerebral artery (MCA)
|
08/07/2013 @ 1:18
|
jdmiles
|
_INCLUDE_IMAGE_3306_END_INCLUDE_IMAGE_
|
|
Normal head CT
|
A normal head CT for comparison. The left MCA is visible, but is less dense (it is a darker shade of grey).
|
08/07/2013 @ 1:25
|
jdmiles
|
_INCLUDE_IMAGE_3307_END_INCLUDE_IMAGE_
|
|
MRI T2 semicircular canals
|
A T2-weighted MRI of the brain. The unnecessarily large green arrow points to the left semicircular canals.
|
08/07/2013 @ 1:41
|
jdmiles
|
_INCLUDE_IMAGE_3308_END_INCLUDE_IMAGE_
|
|
MRI T2 MCA ACA normal
|
A T2-weighted MRI image of a normal brain. In this slice, both middle cerebral arteries, both anterior cerebral arteries, and the anterior communicating arteries can be seen.
|
08/07/2013 @ 2:02
|
jdmiles
|
_INCLUDE_IMAGE_3309_END_INCLUDE_IMAGE_
|
|
T2 MRI MCA ACA highlighted
|
A T2-weighted MRI image of a normal brain. In this slice, both middle cerebral arteries, both anterior cerebral arteries, and the anterior communicating arteries are highlighted in green.
|
08/07/2013 @ 2:03
|
jdmiles
|
_INCLUDE_IMAGE_3310_END_INCLUDE_IMAGE_
|
|
CT Circle of Willis highlighted
|
This CT of normal brain shows both middle cerebral arteries (MCAs) and both posterior cerebral arteries (PCAs), highlighted in green.
|
08/07/2013 @ 2:13
|
jdmiles
|
_INCLUDE_IMAGE_3311_END_INCLUDE_IMAGE_
|
|
CT R MCA stroke
|
A non-contrast head CT showing a recent stroke in the territory of the right middle cerebral artery (MCA).
|
08/07/2013 @ 12:42
|
jdmiles
|
_INCLUDE_IMAGE_3312_END_INCLUDE_IMAGE_
|
|
CT SDH 1
|
A head CT showing a right subdural hematoma.
|
08/07/2013 @ 12:44
|
jdmiles
|
_INCLUDE_IMAGE_3313_END_INCLUDE_IMAGE_
|
|
CT SDH 2
|
A head CT showing a right subdural hematoma.
|
08/07/2013 @ 12:48
|
jdmiles
|
_INCLUDE_IMAGE_3314_END_INCLUDE_IMAGE_
|
|
CT SDH mass effect and midline s
|
A head CT showing a right subdural hematoma. There is mass effect and shift of brain's midline toward the left. Notice also that the right lateral ventricle is no longer visible as a result of this mass effect.
|
08/07/2013 @ 12:56
|
jdmiles
|
_INCLUDE_IMAGE_3315_END_INCLUDE_IMAGE_
|
|
CT left SDH mass effect
|
A head CT showing a left subdural hematoma. The mass effect from the SDH has compressed the left hemisphere to the extent that the left lateral ventricle is no longer visible.
|
08/07/2013 @ 12:59
|
jdmiles
|
_INCLUDE_IMAGE_3316_END_INCLUDE_IMAGE_
|
|
CT left SDH
|
This is a head CT showing a left subdural hematoma.
|
08/07/2013 @ 13:18
|
jdmiles
|
_INCLUDE_IMAGE_3317_END_INCLUDE_IMAGE_
|
|
MRI ADC meningioma
|
This is an ADC sequence MRI of the brain, showing a left frontal meningioma.
|
08/07/2013 @ 13:29
|
jdmiles
|
_INCLUDE_IMAGE_3318_END_INCLUDE_IMAGE_
|
|
MRI DWI meningioma
|
This is a DWI sequence MRI of the brain, showing a left frontal meningioma.
|
08/07/2013 @ 13:30
|
jdmiles
|
_INCLUDE_IMAGE_3319_END_INCLUDE_IMAGE_
|
|
MRI FLAIR meningioma
|
This is a FLAIR sequence MRI of the brain, showing a left frontal meningioma.
|
08/07/2013 @ 13:31
|
jdmiles
|
_INCLUDE_IMAGE_3320_END_INCLUDE_IMAGE_
|
|
MRI GRE left frontal meningioma
|
This is a GRE sequence MRI of the brain, showing a left frontal meningioma.
|
08/07/2013 @ 13:32
|
jdmiles
|
_INCLUDE_IMAGE_3321_END_INCLUDE_IMAGE_
|
|
MRI T1 Gad meningioma
|
This is a gadolinium contrasted T1-weighted MRI of the brain, showing a left frontal meningioma.
|
08/07/2013 @ 13:32
|
jdmiles
|
_INCLUDE_IMAGE_3322_END_INCLUDE_IMAGE_
|
|
MRI T1 meningioma
|
This is a non-contrasted T1-weighted MRI of the brain, showing a left frontal meningioma.
|
08/07/2013 @ 13:33
|
jdmiles
|
_INCLUDE_IMAGE_3323_END_INCLUDE_IMAGE_
|
|
MRI T2 meningioma
|
This is a T2-weighted MRI of the brain, showing a left frontal meningioma.
|
08/07/2013 @ 13:34
|
jdmiles
|
_INCLUDE_IMAGE_3324_END_INCLUDE_IMAGE_
|
|
MRI DWI fluent aphasia
|
This is a diffusion-weighted MRI image of the brain. The bright areas in this image represent regions of recent cerebral infarction. This person suffers from fluent aphasia (that is, Wernicke type aphasia) as a result of the ischemic stroke.
|
08/07/2013 @ 13:49
|
jdmiles
|
_INCLUDE_IMAGE_3325_END_INCLUDE_IMAGE_
|
|
CT left PCA stroke
|
A non-contrasted head CT showing a recent left posterior cerebral artery (PCA) infarction.
|
08/07/2013 @ 14:10
|
jdmiles
|
_INCLUDE_IMAGE_3326_END_INCLUDE_IMAGE_
|
|
MRI DWI left ACA stroke
|
A diffusion-weighted MRI image showing an acute left anterior cerebral artery (ACA) infarction.
|
08/07/2013 @ 14:11
|
jdmiles
|
_INCLUDE_IMAGE_3327_END_INCLUDE_IMAGE_
|
|
CT dense MCA highlighted
|
The green area in this image highlights the middle cerebral artery.
|
08/07/2013 @ 14:20
|
jdmiles
|
_INCLUDE_IMAGE_3328_END_INCLUDE_IMAGE_
|
|
CT left ICH
|
A CT of the head showing a large left intracerebral hemorrhage (ICH or intraparenchymal hemorrhage).
|
08/07/2013 @ 14:30
|
jdmiles
|
_INCLUDE_IMAGE_3329_END_INCLUDE_IMAGE_
|
|
MRI T2 Virchow Robin spaces
|
A T2-weighted MRI of normal brain. The bright foci seen in the parenchyma are Virchow-Robin spaces. Virchow-Robin spaces are normal spaces surrounding the walls of blood vessels. The spaces are filled with cerebrospinal fluid (CSF), which is why they appear bright on T2 MRI.
|
08/07/2013 @ 14:37
|
jdmiles
|
_INCLUDE_IMAGE_3330_END_INCLUDE_IMAGE_
|
|
MRI w GAD - enhancing meninges
|
This is a gadolinium-enhanced T1-weighted MRI of the brain. The image shows an unusual enhancement of the pachymeninges, which may be seen in meningitis.
|
08/07/2013 @ 14:43
|
jdmiles
|
_INCLUDE_IMAGE_3331_END_INCLUDE_IMAGE_
|
|
MRI w GAD normal brain
|
This is a gadolinium-enhanced T1-weighted MRI of normal brain.
|
08/07/2013 @ 14:44
|
jdmiles
|
_INCLUDE_IMAGE_3332_END_INCLUDE_IMAGE_
|
|
MRI ADC acute right MCA stroke
|
This is an ADC sequence MRI of the brain. The dark portion on the left of the image corresponds to a bright area on diffusion weighted imaging (DWI). This person has suffered an acute ischemic stroke in the right MCA territory.
|
08/07/2013 @ 14:54
|
jdmiles
|
_INCLUDE_IMAGE_3333_END_INCLUDE_IMAGE_
|
|
MRI - Enhancing Meninges with ar
|
The white rim around the parenchyma of the brain are the pachymeninges, which show an unusual degree of enhancement in this image. This may be seen in meningitis.
|
08/07/2013 @ 15:45
|
jdmiles
|
_INCLUDE_IMAGE_3334_END_INCLUDE_IMAGE_
|
|
MRI Fluent Aphasia with arrow
|
The unnecessarily large green arrow points to the area of acute infarction, which shows up as bright on diffusion-weighted MRI imaging.
|
08/07/2013 @ 15:49
|
jdmiles
|
_INCLUDE_IMAGE_3335_END_INCLUDE_IMAGE_
|
|
Alexia without agraphia resultin
|
The unnecessarily large green arrow points to the area of infarction. The infarcted region appears pale on this FLAIR sequence MRI. This person has had a stroke in the territory of the left posterior cerebral artery (PCA).
|
08/07/2013 @ 15:53
|
jdmiles
|
_INCLUDE_IMAGE_3336_END_INCLUDE_IMAGE_
|
|
ACA infarct sagittal labeled
|
The region labeled in green approximates the area of brain damaged in this person's anterior cerebral artery infarction.
|
08/07/2013 @ 16:19
|
jdmiles
|
_INCLUDE_IMAGE_3337_END_INCLUDE_IMAGE_
|
|
Horizontal slice of gross brain
|
This is a slice of brain. The following features are labeled: 1) left frontal lobe, 2) right frontal lobe, 3) cortex (gray matter), 4) white matter, 5) left temporal lobe, 6) left occipital lobe, 7) left occipital lobe, 8) genu of the corpus callosum, 9) splenium of the corpus callosum, 10) head of the caudate, 11) thalamus
|
08/07/2013 @ 23:42
|
jdmiles
|
_INCLUDE_IMAGE_3338_END_INCLUDE_IMAGE_
|
|
CT SAH
|
This non-contrast head CT shows the presence of subarachnoid blood.
|
09/07/2013 @ 12:14
|
jdmiles
|
_INCLUDE_IMAGE_3339_END_INCLUDE_IMAGE_
|
|
Olfactory nerves and olfactory b
|
The unnecessarily large green arrow points to the right olfactory bulb, at the distal terminus of the olfactory nerve.
|
09/07/2013 @ 15:00
|
jdmiles
|
_INCLUDE_IMAGE_3340_END_INCLUDE_IMAGE_
|
|
Eustachi Nervous System
|
Bartolomeo Eustachi (1520?-1574): Tabulae anatomicae clarissimi viri, 1722. Courtesy of Wikimedia Commons.
|
30/07/2013 @ 13:10
|
jdmiles
|
_INCLUDE_IMAGE_3341_END_INCLUDE_IMAGE_
|
|
CT subarachnoid hemorrhage
|
This is a non-contrast head CT. It shows subarachnoid blood over the left frontal lobe. The large hyperdense lesion in the left frontal lobe is an aneurysm.
|
30/08/2013 @ 23:12
|
jdmiles
|
_INCLUDE_IMAGE_3342_END_INCLUDE_IMAGE_
|
|
CT subarachnoid hemorrhage
|
This is a non-contrast head CT. It shows subarachnoid blood over the left frontal lobe. The large hyperdense lesion in the left frontal lobe is an aneurysm.
|
30/08/2013 @ 23:13
|
jdmiles
|
_INCLUDE_IMAGE_3343_END_INCLUDE_IMAGE_
|
|
CT subarachnoid hemorrhage
|
This is a non-contrast head CT. It shows subarachnoid blood over the left frontal lobe. The large hyperdense lesion in the left frontal lobe is an aneurysm.
|
30/08/2013 @ 23:14
|
jdmiles
|
_INCLUDE_IMAGE_3344_END_INCLUDE_IMAGE_
|
|
Superior
|
The unnecessarily large green arrow in this image points in the superior direction. Compare this to the rostral-caudal axis.
|
31/08/2013 @ 14:47
|
jdmiles
|
_INCLUDE_IMAGE_3345_END_INCLUDE_IMAGE_
|
|
Inferior
|
The unnecessarily large red arrow in this image points in the inferior direction. Contrast this to the rostral-caudal axis.
|
31/08/2013 @ 14:50
|
jdmiles
|
_INCLUDE_IMAGE_3346_END_INCLUDE_IMAGE_
|
|
Superior-Inferior whole body
|
The red bar indicates the direction of the superior-inferior axis. Note that, unlike the rostral-caudal axis, the direction of the superior-inferior axis does not turn in the brain. The arrow points in the superior direction.
|
31/08/2013 @ 15:05
|
jdmiles
|
_INCLUDE_IMAGE_3347_END_INCLUDE_IMAGE_
|
|
Cell Membrane Detailed Diagram B
|
A diagram of the plasma membrane of a cell. The phospholipid bilayer separates the cytoplasm (below) from the extracellular fluid (above). This image is created by Wikimedia Commons user LadyofHats Mariana Ruiz, who released it into the public domain.
|
01/09/2014 @ 2:57
|
jdmiles
|
_INCLUDE_IMAGE_3348_END_INCLUDE_IMAGE_
|
|
Cell Membrane Detailed Diagram L
|
A diagram of the plasma membrane of a cell. The phospholipid bilayer separates the cytoplasm (below) from the extracellular fluid (above). This image is created by Wikimedia Commons user LadyofHats Mariana Ruiz, who released it into the public domain.
|
01/09/2014 @ 3:27
|
jdmiles
|
_INCLUDE_IMAGE_3349_END_INCLUDE_IMAGE_
|
|
Neuron with oligodendrocyte and
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An illustration of how oligodendrocytes in the central nervous system wrap processes around the axons of neurons to form myelin. Public Domain image created by wikimedia commons user LadyofHats. http://en.wikipedia.org/wiki/File:Neuron_with_oligodendrocyte_and_myelin_sheath.svg
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01/09/2014 @ 19:23
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jdmiles
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Cell Membrane Detailed Diagram L
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A diagram of the plasma membrane of a cell. The phospholipid bilayer separates the cytoplasm (below) from the extracellular fluid (above). This image is created by Wikimedia Commons user LadyofHats Mariana Ruiz, who released it into the public domain.
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01/09/2014 @ 20:37
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jdmiles
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cell potassium gradient
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An illustration of the concentration gradient of potassium ions across the cell membrane.
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01/09/2014 @ 20:52
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jdmiles
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cell sodium gradient
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An illustration of the concentration gradient of sodium ions across the cell membrane.
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01/09/2014 @ 20:53
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jdmiles
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cell sodium and potassium
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An illustration of the contrasting concentration gradients of sodium and potassium across a cell membrane.
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01/09/2014 @ 20:54
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jdmiles
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nernst equation
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The nernst equation.
R is the universal gas constant: R = 8.314472 E15 Joules per mole Kelvin.
T is absolute temperature, in Kelvin.
Z is charge (e.g., -1 for Cl or +2 for Ca).
F is the Faraday constant, the number of coulombs per mole of electrons: F = 9.64853399 E24×104 C/mol.
One volt = 1 joule per coulomb.
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01/09/2014 @ 20:56
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jdmiles
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Nernst sodium
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Applying the Nernst equation to sodium.
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01/09/2014 @ 20:57
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jdmiles
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Nernst potassium
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Applying the Nernst equation to potassium.
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01/09/2014 @ 20:58
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jdmiles
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_INCLUDE_IMAGE_3357_END_INCLUDE_IMAGE_
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Goldman Equation
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The Goldman-Hodgkin-Katz equation.
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01/09/2014 @ 20:59
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jdmiles
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Sodium-Potassium ATPase
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An illustration of the action of the sodium-potassium ATPase. This transmembane protein uses energy captured from the breakdown of ATP to maintain the concentration gradients of sodium and potassium ions across the plasma membrane. For every ATP consumed, 3 sodium ions are pumped out of the cell, and 2 potassium ions pumped into the cell.
Public domain image created by wikimedia commons user LadyofHats. http://en.wikipedia.org/wiki/File:Scheme_sodium-potassium_pump-en.svg
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01/09/2014 @ 21:04
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jdmiles
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Gyrus
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The structure outlined in green is a gyrus.
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06/09/2014 @ 21:57
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jdmiles
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White Matter
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The unnecessarily large green arrow points to white matter tracts in this horizontal section of human brain. White matter consists mostly of axons, with few neuron cell bodies. The myelin surrounding the axons gives it the white appearance.
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07/09/2014 @ 0:00
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jdmiles
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Anterior Nucleus of the Thalamus
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The unnecessarily large green arrow indicates the anterior nucleus of the thalamus in this coronal section of normal gross brain.
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27/11/2022 @ 1:01
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jdmiles
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Anterior Nucleus of the Thalamus
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The unnecessarily large green arrow indicates the anterior nucleus of the thalamus in this coronal section of normal gross brain.
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27/11/2022 @ 1:01
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jdmiles
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Anterior Nucleus of the Thalamus
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The unnecessarily large green arrow indicates the anterior nucleus of the thalamus in this coronal section of normal gross brain.
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27/11/2022 @ 1:01
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jdmiles
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_INCLUDE_IMAGE_3364_END_INCLUDE_IMAGE_
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Anterior Nucleus of the Thalamus
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The unnecessarily large green arrow indicates the anterior nucleus of the thalamus in this coronal section of normal gross brain.
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27/11/2022 @ 1:29
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jdmiles
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_INCLUDE_IMAGE_3365_END_INCLUDE_IMAGE_
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Medial View Normal Gross Brain
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A medial view of a normal gross brain, bisected at the midline.
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06/08/2023 @ 13:50
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jdmiles
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