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Thumbnail Title Description Date Uploaded By Markup Code
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 @ 8:55 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 @ 8:57 jdmiles _INCLUDE_IMAGE_208_END_INCLUDE_IMAGE_
Cerebellum Neonate GCL H&E photomicrograph of neonatal cerebellum, showing the granule cell layer. 24/11/2007 @ 8:59 jdmiles _INCLUDE_IMAGE_209_END_INCLUDE_IMAGE_
Cerebellum Neonate ML H&E stain of neonatal cerebellum, showing the molecular layer. 24/11/2007 @ 8:59 jdmiles _INCLUDE_IMAGE_210_END_INCLUDE_IMAGE_
Cerebellum Neonatal ML 2 H&E photomicrograph of neonatal cerebellum, showing the molecular layer.
24/11/2007 @ 9:00 jdmiles _INCLUDE_IMAGE_211_END_INCLUDE_IMAGE_
Cerebellum Neonate PCL H&E stain of neonatal cerebellum, showing the Purkinje cell layer.
24/11/2007 @ 9:01 jdmiles _INCLUDE_IMAGE_212_END_INCLUDE_IMAGE_
Cerebellum Neonate H&E stain of neonatal cerebellum.  Appx. 200x magnification.
24/11/2007 @ 9:02 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 @ 5:15 jdmiles _INCLUDE_IMAGE_214_END_INCLUDE_IMAGE_
Substantia nigra H&E stain of substantia nigra, appx. 200X 27/11/2007 @ 4:02 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 @ 4:04 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 @ 4:06 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 @ 15:12 jdmiles _INCLUDE_IMAGE_218_END_INCLUDE_IMAGE_
Capillary Telangiectases H&E prep showing a capillary telangiectasia. 28/11/2007 @ 16:47 jdmiles _INCLUDE_IMAGE_219_END_INCLUDE_IMAGE_
EM IBM Electron photomicrograph of skeletal muscle, showing inclusions characteristic of inclusion body myositis. 29/11/2007 @ 8:27 jdmiles _INCLUDE_IMAGE_220_END_INCLUDE_IMAGE_
Cavernous Angioma H&E photomicrograph of a cavernous angioma. 29/11/2007 @ 10:52 jdmiles _INCLUDE_IMAGE_221_END_INCLUDE_IMAGE_
Cavernous Angioma 2 H&E prep of a cavernous angioma 29/11/2007 @ 10:53 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 @ 3:42 jdmiles _INCLUDE_IMAGE_223_END_INCLUDE_IMAGE_
Amyloid Plaques This is a beta amyloid immunostain showing numerous amyloid plaques. 07/12/2007 @ 3:50 jdmiles _INCLUDE_IMAGE_224_END_INCLUDE_IMAGE_
Rosenthal Fibers This is an H&E slide showing Rosenthal Fibers. 08/12/2007 @ 14:29 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 @ 14:46 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 @ 14:47 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 @ 3:17 jdmiles _INCLUDE_IMAGE_228_END_INCLUDE_IMAGE_
Nemaline Gomori trichrome stain showing nemaline rod myopathy. 23/12/2007 @ 20:15 jdmiles _INCLUDE_IMAGE_229_END_INCLUDE_IMAGE_
Skull Base Foramina Illustration from Gray's anatomy of the skull foramina. 09/02/2008 @ 14:48 jdmiles _INCLUDE_IMAGE_230_END_INCLUDE_IMAGE_
SEGA micro H&E stain of a subependymal giant cell astrocytoma (SEGA). 24/02/2008 @ 12:15 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 @ 3:31 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_
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 @ 13:50 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. 19/11/2008 @ 16:31 jdmiles _INCLUDE_IMAGE_1412_END_INCLUDE_IMAGE_
Creutz 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. 19/11/2008 @ 16:33 jdmiles _INCLUDE_IMAGE_1413_END_INCLUDE_IMAGE_
Another test image with arrow Some images will show additional information when you place your mouse over the image. 28/12/2008 @ 17:30 jdmiles _INCLUDE_IMAGE_1414_END_INCLUDE_IMAGE_
Sample Image with arrow Some images will show you additional information when you place the cursor over the image. 28/12/2008 @ 17:32 jdmiles _INCLUDE_IMAGE_1415_END_INCLUDE_IMAGE_
CCD NADH with arrow 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. 05/01/2009 @ 22:16 jdmiles _INCLUDE_IMAGE_1416_END_INCLUDE_IMAGE_
CCD COX with arrow 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. 05/01/2009 @ 22:18 jdmiles _INCLUDE_IMAGE_1417_END_INCLUDE_IMAGE_
CCD - ATPase with label 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. 05/01/2009 @ 23:23 jdmiles _INCLUDE_IMAGE_1418_END_INCLUDE_IMAGE_
NADH stained skeletal muscle fro 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. 05/01/2009 @ 23:56 jdmiles _INCLUDE_IMAGE_1419_END_INCLUDE_IMAGE_
Centronuclear Myopathy 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. 06/01/2009 @ 0:12 jdmiles _INCLUDE_IMAGE_1420_END_INCLUDE_IMAGE_
Centronuclear Myopathy with arro 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. 06/01/2009 @ 1:11 jdmiles _INCLUDE_IMAGE_1421_END_INCLUDE_IMAGE_
Optical Micsroscope 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. 19/01/2009 @ 3:06 jdmiles _INCLUDE_IMAGE_1422_END_INCLUDE_IMAGE_
Optical Miscroscope Smaller 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. 19/01/2009 @ 3:36 jdmiles _INCLUDE_IMAGE_1423_END_INCLUDE_IMAGE_
Specimen at 40X with arrow The area we'll be zooming into at 100X 19/01/2009 @ 4:44 jdmiles _INCLUDE_IMAGE_1424_END_INCLUDE_IMAGE_
Specimen at 100X with arrow The area we'll be zooming into at 200X 19/01/2009 @ 4:46 jdmiles _INCLUDE_IMAGE_1425_END_INCLUDE_IMAGE_
Gray1.png Diagram of a cell. (Modified from Wilson.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1426_END_INCLUDE_IMAGE_
Gray2.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1427_END_INCLUDE_IMAGE_
Gray3.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1428_END_INCLUDE_IMAGE_
Gray4.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1429_END_INCLUDE_IMAGE_
Gray5.png Diagram showing the reduction in number of the chromosomes in the process of maturation of the ovum. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1430_END_INCLUDE_IMAGE_
Gray6.png Human spermatozoön. Diagrammatic. A. Surface view. B. Profile view. In C the head, neck, and connecting piece are more highly magnified. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1431_END_INCLUDE_IMAGE_
Gray7.png Scheme showing analogies in the process of maturation of the ovum and the development of the spermatids (young spermatozoa). 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1432_END_INCLUDE_IMAGE_
Gray8.png The process of fertilization in the ovum of a mouse. (After Sobotta.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1433_END_INCLUDE_IMAGE_
Gray9.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1434_END_INCLUDE_IMAGE_
Gray10.png Blastodermic vesicle of Vespertilio murinus. (After van Beneden.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1435_END_INCLUDE_IMAGE_
Gray11.png Section through embryonic disk of Vespertilio murinus. (After van Beneden.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1436_END_INCLUDE_IMAGE_
Gray12.png Section through embryonic area of Vespertilio murinus to show the formation of the amniotic cavity. (After van Beneden.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1437_END_INCLUDE_IMAGE_
Gray13.png Surface view of embryo of a rabbit. (After Kölliker.) arg. Embryonic disk. pr. Primitive streak. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1438_END_INCLUDE_IMAGE_
Gray14.png Surface view of embryo of Hylobates concolor. (After Selenka.) The amnion has been opened to expose the embryonic disk. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1439_END_INCLUDE_IMAGE_
Gray15.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1440_END_INCLUDE_IMAGE_
Gray16.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1441_END_INCLUDE_IMAGE_
Gray17.png Human embryo—length, 2 mm. Dorsal view, with the amnion laid open. X 30. (After Graf Spee.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1442_END_INCLUDE_IMAGE_
Gray18.png Chick embryo of thirty-three hours’ incubation, viewed from the dorsal aspect. X 30. (From Duval’s “Atlas d’Embryologie.”) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1443_END_INCLUDE_IMAGE_
Gray19.png Transverse section of a chick embryo of forty-five hours’ incubation. (Balfour.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1444_END_INCLUDE_IMAGE_
Gray20.png Dorsum of human embryo, 2.11 mm. in length. (After Eternod.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1445_END_INCLUDE_IMAGE_
Gray21.png Section through the embryo which is represented in Fig. 17. (After Graf Spee.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1446_END_INCLUDE_IMAGE_
Gray22.png Human embryo of 2.6 mm. (His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1447_END_INCLUDE_IMAGE_
Gray23.png Human embryo from thirty-one to thirty-four days. (His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1448_END_INCLUDE_IMAGE_
Gray24.png Diagram showing earliest observed stage of human ovum. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1449_END_INCLUDE_IMAGE_
Gray25.png Diagram illustrating early formation of allantois and differentiation of body-stalk. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1450_END_INCLUDE_IMAGE_
Gray26.png Diagram showing later stage of allantoic development with commencing constriction of the yolk-sac. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1451_END_INCLUDE_IMAGE_
Gray27.png Diagram showing the expansion of amnion and delimitation of the umbilicus. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1452_END_INCLUDE_IMAGE_
Gray28.png Diagram illustrating a later stage in the development of the umbilical cord. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1453_END_INCLUDE_IMAGE_
Gray29.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1454_END_INCLUDE_IMAGE_
Gray30.png 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.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1455_END_INCLUDE_IMAGE_
Gray31.png Model of human embryo 1.3 mm. long. (After Eternod.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1456_END_INCLUDE_IMAGE_
Gray32.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1457_END_INCLUDE_IMAGE_
Gray33.png 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.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1458_END_INCLUDE_IMAGE_
Gray34.png Sectional plan of the gravid uterus in the third and fourth month. (Modified from Wagner.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1459_END_INCLUDE_IMAGE_
Gray35.png Transverse section of a chorionic villus. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1460_END_INCLUDE_IMAGE_
Gray36.png Primary chorionic villi. Diagrammatic. (Modified from Bryce.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1461_END_INCLUDE_IMAGE_
Gray37.png Secondary chorionic villi. Diagrammatic. (Modified from Bryce.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1462_END_INCLUDE_IMAGE_
Gray38.png Fetus in utero, between fifth and sixth months. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1463_END_INCLUDE_IMAGE_
Gray39.png Scheme of placental circulation. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1464_END_INCLUDE_IMAGE_
Gray40.png Embryo between eighteen and twenty-one days. (His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1465_END_INCLUDE_IMAGE_
Gray41.png Head end of human embryo, about the end of the fourth week. (From model by Peter.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1466_END_INCLUDE_IMAGE_
Gray42.png Floor of pharynx of embryo shown in Fig. 40 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1467_END_INCLUDE_IMAGE_
Gray43.png Head and neck of a human embryo eighteen weeks old, with Meckel’s cartilage and hyoid bar exposed. (After Kölliker.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1468_END_INCLUDE_IMAGE_
Gray44.png Under surface of the head of a human embryo about twenty-nine days old. (After His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1469_END_INCLUDE_IMAGE_
Gray45.png Head end of human embryo of about thirty to thirty-one days. (From model by Peters.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1470_END_INCLUDE_IMAGE_
Gray46.png Same embryo as shown in Fig. 45, with front wall of pharynx removed. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1471_END_INCLUDE_IMAGE_
Gray47.png Head of a human embryo of about eight weeks, in which the nose and mouth are formed. (His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1472_END_INCLUDE_IMAGE_
Gray48.png Diagram showing the regions of the adult face and neck related to the fronto-nasal process and the branchial arches. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1473_END_INCLUDE_IMAGE_
Gray49.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1474_END_INCLUDE_IMAGE_
Gray50.png 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.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1475_END_INCLUDE_IMAGE_
Gray51.png Frontal section of nasal cavities of a human embryo 28 mm. long. (Kollmann.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1476_END_INCLUDE_IMAGE_
Gray52.png Human embryo from thirty-one to thirty-four days. (His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1477_END_INCLUDE_IMAGE_
Gray53.png Embryo of about six weeks. (His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1478_END_INCLUDE_IMAGE_
Gray54.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1479_END_INCLUDE_IMAGE_
Gray55.png Upper part of celom of human embryo of 6.8 mm., seen from behind. (From model by Piper.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1480_END_INCLUDE_IMAGE_
Gray56.png Diagram of transverse section through rabbit embryo. (After Keith.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1481_END_INCLUDE_IMAGE_
Gray57.png 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.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1482_END_INCLUDE_IMAGE_
Gray58.png Human embryo about fifteen days old. (His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1483_END_INCLUDE_IMAGE_
Gray59.png Human embryo between eighteen and twenty-one days old. (His. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1484_END_INCLUDE_IMAGE_
Gray60.png Human embryo, twenty-seven to thirty days old. (His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1485_END_INCLUDE_IMAGE_
Gray61.png Human embryo, thirty-one to thirty-four days old. (His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1486_END_INCLUDE_IMAGE_
Gray62.png Human embryo of about six weeks. (His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1487_END_INCLUDE_IMAGE_
Gray63.png Human embryo about eight and a half weeks old. (His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1488_END_INCLUDE_IMAGE_
Gray64.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1489_END_INCLUDE_IMAGE_
Gray65.png Scheme showing the manner in which each vertebral centrum is developed from portions of two adjacent segments. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1490_END_INCLUDE_IMAGE_
Gray66.png Sagittal section through an intervertebral fibrocartilage and adjacent parts of two vertebræ of an advanced sheep’s embryo. (Kölliker.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1491_END_INCLUDE_IMAGE_
Gray67.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1492_END_INCLUDE_IMAGE_
Gray68.png Sagittal section of cephalic end of notochord. (Keibel.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1493_END_INCLUDE_IMAGE_
Gray69.png Diagrams of the cartilaginous cranium. (Wiedersheim.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1494_END_INCLUDE_IMAGE_
Gray70.png Model of the chondrocranium of a human embryo, 8 cm. long. (Hertwig.) The membrane bones are not represented. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1495_END_INCLUDE_IMAGE_
Gray71.png 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.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1496_END_INCLUDE_IMAGE_
Gray72.png Human bone marrow. Highly magnified. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1497_END_INCLUDE_IMAGE_
Gray73.png Transverse section of compact tissue bone. Magnified. (Sharpey.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1498_END_INCLUDE_IMAGE_
Gray74.png 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. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1499_END_INCLUDE_IMAGE_
Gray75.png Perforating fibers, human parietal bone, decalcified. (H. Müller.) a, perforating fibers in situ; b, fibres drawn out of their sockets; c, sockets. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1501_END_INCLUDE_IMAGE_
Gray77.png Transverse section of body of human fibula, decalcified. X 250. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1505_END_INCLUDE_IMAGE_
Gray81.png Osteoblasts and osteoclasts on trabecula of lower jaw of calf embryo. (Kölliker.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1506_END_INCLUDE_IMAGE_
Gray82.png A typical thoracic vertebra, viewed from above. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1507_END_INCLUDE_IMAGE_
Gray83.png Sagittal section of a lumbar vertebra. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1508_END_INCLUDE_IMAGE_
Gray84.png A cervical vertebra. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1509_END_INCLUDE_IMAGE_
Gray85.png Side view of a typical cervical vertebra. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1510_END_INCLUDE_IMAGE_
Gray86.png First cervical vertebra, or atlas. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1511_END_INCLUDE_IMAGE_
Gray87.png Second cervical vertebra, or epistropheus, from above. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1512_END_INCLUDE_IMAGE_
Gray88.png Second cervical vertebra, epistropheus, or axis, from the side. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1513_END_INCLUDE_IMAGE_
Gray89.png Seventh cervical vertebra. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1514_END_INCLUDE_IMAGE_
Gray90.png A thoracic vertebra. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1515_END_INCLUDE_IMAGE_
Gray91.png Peculiar thoracic vertebræ. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1516_END_INCLUDE_IMAGE_
Gray92.png A lumbar vertebra seen from the side. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1517_END_INCLUDE_IMAGE_
Gray93.png A lumbar vertebra from above and behind. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1518_END_INCLUDE_IMAGE_
Gray94.png Fifth lumbar vertebra, from above. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1519_END_INCLUDE_IMAGE_
Gray95.png Sacrum, pelvic surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1520_END_INCLUDE_IMAGE_
Gray96.png Sacrum, dorsal surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1521_END_INCLUDE_IMAGE_
Gray97.png Lateral surfaces of sacrum and coccyx. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1522_END_INCLUDE_IMAGE_
Gray98.png Base of sacrum. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1523_END_INCLUDE_IMAGE_
Gray99.png Median sagittal section of the sacrum. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1524_END_INCLUDE_IMAGE_
Gray100.png Coccyx. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1525_END_INCLUDE_IMAGE_
Gray101.png Ossification of a vertebra 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1526_END_INCLUDE_IMAGE_
Gray102.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1527_END_INCLUDE_IMAGE_
Gray103.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1528_END_INCLUDE_IMAGE_
Gray104.png Atlas. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1529_END_INCLUDE_IMAGE_
Gray105.png Axis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1530_END_INCLUDE_IMAGE_
Gray106.png Lumbar vertebra. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1531_END_INCLUDE_IMAGE_
Gray107.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1532_END_INCLUDE_IMAGE_
Gray108.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1533_END_INCLUDE_IMAGE_
Gray109.png Ossification of the sacrum. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1534_END_INCLUDE_IMAGE_
Gray110.png Base of young sacrum. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1535_END_INCLUDE_IMAGE_
Gray111.png Lateral view of the vertebral column. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1536_END_INCLUDE_IMAGE_
Gray112.png The thorax from in front. (Spalteholz.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1537_END_INCLUDE_IMAGE_
Gray113.png The thorax from behind. (Spalteholz.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1538_END_INCLUDE_IMAGE_
Gray114.png The thorax from the right. (Spalteholz.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1539_END_INCLUDE_IMAGE_
Gray115.png Anterior surface of sternum and costa cartilages. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1540_END_INCLUDE_IMAGE_
Gray116.png Posterior surface of sternum. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1541_END_INCLUDE_IMAGE_
Gray117.png Lateral border of sternum. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1542_END_INCLUDE_IMAGE_
Gray118.png Ossification of the sternum. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1543_END_INCLUDE_IMAGE_
Gray119.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1544_END_INCLUDE_IMAGE_
Gray120.png Peculiarities. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1545_END_INCLUDE_IMAGE_
Gray121.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1546_END_INCLUDE_IMAGE_
Gray122.png A central rib of the left side. Inferior aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1547_END_INCLUDE_IMAGE_
Gray123.png A central rib of the left side, viewed from behind. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1548_END_INCLUDE_IMAGE_
Gray124.png Peculiar ribs. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1549_END_INCLUDE_IMAGE_
Gray125.png Peculiar ribs. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1550_END_INCLUDE_IMAGE_
Gray126.png Peculiar ribs. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1551_END_INCLUDE_IMAGE_
Gray127.png Peculiar ribs. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1552_END_INCLUDE_IMAGE_
Gray128.png Peculiar ribs. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1553_END_INCLUDE_IMAGE_
Gray129.png Occipital bone. Outer surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1554_END_INCLUDE_IMAGE_
Gray130.png Occipita bone. Inner surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1555_END_INCLUDE_IMAGE_
Gray131.png Occipital bone at birth. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1556_END_INCLUDE_IMAGE_
Gray132.png Left parietal bone. Outer surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1557_END_INCLUDE_IMAGE_
Gray133.png Left parietal bone. Inner surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1558_END_INCLUDE_IMAGE_
Gray134.png Frontal bone. Outer surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1559_END_INCLUDE_IMAGE_
Gray135.png Frontal bone. Inner surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1560_END_INCLUDE_IMAGE_
Gray136.png Frontal bone at birth. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1561_END_INCLUDE_IMAGE_
Gray137.png Left temporal bone. Outer surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1562_END_INCLUDE_IMAGE_
Gray138.png Left temporal bone. Inner surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1563_END_INCLUDE_IMAGE_
Gray139.png Coronal section of right temporal bone. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1565_END_INCLUDE_IMAGE_
Gray141.png Left temporal bone. Inferior surface. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1567_END_INCLUDE_IMAGE_
Gray143.png Temporal bone at birth. Outer aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1568_END_INCLUDE_IMAGE_
Gray144.png Temporal bone at birth. Inner aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1569_END_INCLUDE_IMAGE_
Gray145.png Sphenoid bone. Upper surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1570_END_INCLUDE_IMAGE_
Gray146.png Sphenoid bone. Anterior and inferior surfaces. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1571_END_INCLUDE_IMAGE_
Gray147.png Sphenoid bone. Upper and posterior surfaces. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1572_END_INCLUDE_IMAGE_
Gray148.png Sphenoid bone at birth. Posterior aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1573_END_INCLUDE_IMAGE_
Gray149.png Ethmoid bone from above. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1574_END_INCLUDE_IMAGE_
Gray150.png Perpendicular plate of ethmoid. Shown by removing the right labyrinth. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1575_END_INCLUDE_IMAGE_
Gray151.png Ethmoid bone from behind. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1576_END_INCLUDE_IMAGE_
Gray152.png Ethmoid bone from the right side. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1577_END_INCLUDE_IMAGE_
Gray153.png Lateral wall of nasal cavity, showing ethmoid bone in position. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1578_END_INCLUDE_IMAGE_
Gray154.png Articulation of nasal and lacrimal bones with maxilla. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1579_END_INCLUDE_IMAGE_
Gray155.png Right nasal bone. Outer surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1580_END_INCLUDE_IMAGE_
Gray156.png Right nasal bone. Inner surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1581_END_INCLUDE_IMAGE_
Gray157.png Left maxilla. Outer surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1582_END_INCLUDE_IMAGE_
Gray158.png Left maxilla. Nasal surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1583_END_INCLUDE_IMAGE_
Gray159.png Left maxillary sinus opened from the exterior. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1584_END_INCLUDE_IMAGE_
Gray160.png The bony palate and alveolar arch. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1585_END_INCLUDE_IMAGE_
Gray161.png Anterior surface of maxilla at birth. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1586_END_INCLUDE_IMAGE_
Gray162.png Inferior surface of maxilla at birth. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1587_END_INCLUDE_IMAGE_
Gray163.png Left lacrimal bone. Orbital surface. Enlarged. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1588_END_INCLUDE_IMAGE_
Gray164.png Left zygomatic bone in situ. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1589_END_INCLUDE_IMAGE_
Gray165.png Left zygomatic bone. Malar surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1590_END_INCLUDE_IMAGE_
Gray166.png Left zygomatic bone. Temporal surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1591_END_INCLUDE_IMAGE_
Gray167.png Articulation of left palatine bone with maxilla. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1592_END_INCLUDE_IMAGE_
Gray168.png Left palatine bone. Nasal aspect. Enlarged. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1593_END_INCLUDE_IMAGE_
Gray169.png Left palatine bone. Posterior aspect. Enlarged. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1594_END_INCLUDE_IMAGE_
Gray170.png Lateral wall of right nasal cavity showing inferior concha in situ. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1595_END_INCLUDE_IMAGE_
Gray171.png Right inferior nasal concha. Medial surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1596_END_INCLUDE_IMAGE_
Gray172.png Right inferior nasal concha. Lateral surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1597_END_INCLUDE_IMAGE_
Gray173.png Median wall of left nasal cavity showing vomer in situ. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1598_END_INCLUDE_IMAGE_
Gray174.png The vomer. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1599_END_INCLUDE_IMAGE_
Gray175.png Vomer of infant. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1600_END_INCLUDE_IMAGE_
Gray176.png Mandible. Outer surface. Side view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1601_END_INCLUDE_IMAGE_
Gray177.png Mandible. Inner surface. Side view. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1606_END_INCLUDE_IMAGE_
Gray182.png At birth. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1607_END_INCLUDE_IMAGE_
Gray183.png In childhood. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1608_END_INCLUDE_IMAGE_
Gray184.png In the adult. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1610_END_INCLUDE_IMAGE_
Gray186.png Hyoid bone. Anterior surface. Enlarged. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1611_END_INCLUDE_IMAGE_
Gray187.png Base of skull. Inferior surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1612_END_INCLUDE_IMAGE_
Gray188.png Side view of the skull. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1613_END_INCLUDE_IMAGE_
Gray189.png Left infratemporal fossa. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1614_END_INCLUDE_IMAGE_
Gray190.png The skull from the front. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1615_END_INCLUDE_IMAGE_
Gray191.png Horizontal section of nasal and orbital cavities. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1616_END_INCLUDE_IMAGE_
Gray192.png Medial wall of left orbit. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1617_END_INCLUDE_IMAGE_
Gray193.png Base of the skull. Upper surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1618_END_INCLUDE_IMAGE_
Gray194.png Sagittal section of skull. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1619_END_INCLUDE_IMAGE_
Gray195.png Medial wall of left nasal fossa. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1620_END_INCLUDE_IMAGE_
Gray196.png Roof, floor, and lateral wall of left nasal cavity. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1621_END_INCLUDE_IMAGE_
Gray197.png Skull at birth, showing frontal and occipital fonticuli. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1622_END_INCLUDE_IMAGE_
Gray198.png Skull at birth, showing sphenoidal and mastoid fonticuli. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1623_END_INCLUDE_IMAGE_
Gray199.png The premaxilla and its sutures. (After Albrecht.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1624_END_INCLUDE_IMAGE_
Gray200.png Left clavicle. Superior surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1625_END_INCLUDE_IMAGE_
Gray201.png Left clavicle. Inferior surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1626_END_INCLUDE_IMAGE_
Gray202.png Left scapula. Costal surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1627_END_INCLUDE_IMAGE_
Gray203.png Left scapula. Dorsal surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1628_END_INCLUDE_IMAGE_
Gray204.png Posterior view of the thorax and shoulder girdle. (Morris.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1629_END_INCLUDE_IMAGE_
Gray205.png Left scapula. Lateral view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1630_END_INCLUDE_IMAGE_
Gray206.png Plan of ossification of the scapula. From seven centers. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1631_END_INCLUDE_IMAGE_
Gray207.png Left humerus. Anterior view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1632_END_INCLUDE_IMAGE_
Gray208.png Left humerus. Posterior view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1633_END_INCLUDE_IMAGE_
Gray209.png Longitudinal section of head of left humerus. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1634_END_INCLUDE_IMAGE_
Gray210.png Plan of ossification of the humerus. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1636_END_INCLUDE_IMAGE_
Gray212.png Upper extremity of left ulna. Lateral aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1637_END_INCLUDE_IMAGE_
Gray213.png Bones of left forearm. Anterior aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1638_END_INCLUDE_IMAGE_
Gray214.png Bones of left forearm. Posterior aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1639_END_INCLUDE_IMAGE_
Gray215.png Plan of ossification of the ulna. From three centers. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1641_END_INCLUDE_IMAGE_
Gray217.png Plan of ossification of the radius. From three centers. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1643_END_INCLUDE_IMAGE_
Gray219.png Bones of the left hand. Volar surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1644_END_INCLUDE_IMAGE_
Gray220.png Bones of the left hand. Dorsal surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1645_END_INCLUDE_IMAGE_
Gray221.png The left navicular bone. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1646_END_INCLUDE_IMAGE_
Gray222.png The left lunate bone. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1647_END_INCLUDE_IMAGE_
Gray223.png The left triangular bone. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1648_END_INCLUDE_IMAGE_
Gray224.png The left pisiform bone. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1649_END_INCLUDE_IMAGE_
Gray225.png The left greater multangular bone. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1650_END_INCLUDE_IMAGE_
Gray226.png The left lesser multangular bone. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1651_END_INCLUDE_IMAGE_
Gray227.png The left capitate bone. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1652_END_INCLUDE_IMAGE_
Gray228.png The left hamate bone. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1653_END_INCLUDE_IMAGE_
Gray229.png The first metacarpal. (Left.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1654_END_INCLUDE_IMAGE_
Gray230.png The second metacarpal. (Left.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1655_END_INCLUDE_IMAGE_
Gray231.png The third metacarpal. (Left.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1656_END_INCLUDE_IMAGE_
Gray232.png The fourth metacarpal. (Left.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1657_END_INCLUDE_IMAGE_
Gray233.png The fifth metacarpal. (Left.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1658_END_INCLUDE_IMAGE_
Gray234.png Plan of ossification of the hand. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1659_END_INCLUDE_IMAGE_
Gray235.png Right hip bone. External surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1660_END_INCLUDE_IMAGE_
Gray236.png Right hip bone. Internal surface. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1662_END_INCLUDE_IMAGE_
Gray238.png Diameters of superior aperture of lesser pelvis (female). 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1663_END_INCLUDE_IMAGE_
Gray239.png Diameters of inferior aperture of lesser pelvis (female). 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1664_END_INCLUDE_IMAGE_
Gray240.png Median sagittal section of pelvis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1665_END_INCLUDE_IMAGE_
Gray241.png Male pelvis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1666_END_INCLUDE_IMAGE_
Gray242.png Female pelvis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1667_END_INCLUDE_IMAGE_
Gray243.png Upper extremity of right femur viewed from behind and above. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1668_END_INCLUDE_IMAGE_
Gray244.png Right femur. Anterior surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1669_END_INCLUDE_IMAGE_
Gray245.png Right femur. Posterior surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1670_END_INCLUDE_IMAGE_
Gray246.png Lower extremity of right femur viewed from below. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1671_END_INCLUDE_IMAGE_
Gray247.png Frontal longitudinal midsection of upper femur. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1676_END_INCLUDE_IMAGE_
Gray252.png Plan of ossification of the femur. From five centers. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1679_END_INCLUDE_IMAGE_
Gray255.png Right patella. Anterior surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1680_END_INCLUDE_IMAGE_
Gray256.png Right patella. Posterior surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1681_END_INCLUDE_IMAGE_
Gray257.png Upper surface of right tibia. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1682_END_INCLUDE_IMAGE_
Gray258.png Bones of the right leg. Anterior surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1683_END_INCLUDE_IMAGE_
Gray259.png Bones of the right leg. Posterior surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1684_END_INCLUDE_IMAGE_
Gray260.png Plan of ossification of the tibia. From three centers. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1685_END_INCLUDE_IMAGE_
Gray261.png Epiphysial lines of tibia and fibula in a young adult. Anterior aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1686_END_INCLUDE_IMAGE_
Gray262.png Lower extremity of right fibula. Medial aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1687_END_INCLUDE_IMAGE_
Gray263.png Plan of ossification of the fibula. From three centers. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1688_END_INCLUDE_IMAGE_
Gray264.png Left calcaneus, superior surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1689_END_INCLUDE_IMAGE_
Gray265.png Left calcaneus, inferior surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1690_END_INCLUDE_IMAGE_
Gray266.png Left calcaneus, lateral surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1691_END_INCLUDE_IMAGE_
Gray267.png Left calcaneus, medial surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1692_END_INCLUDE_IMAGE_
Gray268.png Bones of the right foot. Dorsal surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1693_END_INCLUDE_IMAGE_
Gray269.png Bones of the right foot. Plantar surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1694_END_INCLUDE_IMAGE_
Gray270.png Left talus, from above. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1695_END_INCLUDE_IMAGE_
Gray271.png Left talus, from below. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1696_END_INCLUDE_IMAGE_
Gray272.png Left talus, medial surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1697_END_INCLUDE_IMAGE_
Gray273.png Left talus, lateral surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1698_END_INCLUDE_IMAGE_
Gray274.png The left cuboid. Antero-medial view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1699_END_INCLUDE_IMAGE_
Gray275.png The left cuboid. Postero-lateral view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1700_END_INCLUDE_IMAGE_
Gray276.png The left navicular. Antero-lateral view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1701_END_INCLUDE_IMAGE_
Gray277.png The left navicular. Postero-medial view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1702_END_INCLUDE_IMAGE_
Gray278.png The left first cuneiform. Antero-medial view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1703_END_INCLUDE_IMAGE_
Gray279.png The left first cuneiform. Postero-lateral view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1704_END_INCLUDE_IMAGE_
Gray280.png The left second cuneiform. Antero-medial view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1705_END_INCLUDE_IMAGE_
Gray281.png The left second cuneiform. Postero-lateral view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1706_END_INCLUDE_IMAGE_
Gray282.png The left third cuneiform. Postero-medial view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1707_END_INCLUDE_IMAGE_
Gray283.png The third left cuneiform. Antero-lateral view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1708_END_INCLUDE_IMAGE_
Gray284.png The first metatarsal. (Left.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1709_END_INCLUDE_IMAGE_
Gray285.png The second metatarsal. (Left.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1710_END_INCLUDE_IMAGE_
Gray286.png The third metatarsal. (Left.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1711_END_INCLUDE_IMAGE_
Gray287.png The fourth metatarsal. (Left.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1712_END_INCLUDE_IMAGE_
Gray288.png The fifth metatarsal. (Left.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1713_END_INCLUDE_IMAGE_
Gray289.png Plan of ossification of the foot. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1714_END_INCLUDE_IMAGE_
Gray290.png Skeleton of foot. Medial aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1715_END_INCLUDE_IMAGE_
Gray291.png Skeleton of foot. Lateral aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1716_END_INCLUDE_IMAGE_
Gray292.png Human cartilage cells from the cricoid cartilage. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1717_END_INCLUDE_IMAGE_
Gray293.png Vertical section of articular cartilage. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1719_END_INCLUDE_IMAGE_
Gray295.png White fibrocartilage from an intervertebral fibrocartilage. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1720_END_INCLUDE_IMAGE_
Gray296.png Section across the sagittal suture. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1721_END_INCLUDE_IMAGE_
Gray297.png Section through occipitosphenoid synchondrosis of an infant. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1722_END_INCLUDE_IMAGE_
Gray298.png Diagrammatic section of a symphysis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1723_END_INCLUDE_IMAGE_
Gray299.png Diagrammatic section of a diarthrodial joint. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1724_END_INCLUDE_IMAGE_
Gray300.png Diagrammatic section of a diarthrodial joint, with an articular disk. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1725_END_INCLUDE_IMAGE_
Gray301.png Median sagittal section of two lumbar vertebræ and their ligaments. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1726_END_INCLUDE_IMAGE_
Gray302.png Posterior longitudinal ligament, in the thoracic region. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1727_END_INCLUDE_IMAGE_
Gray303.png Vertebral arches of three thoracic vertebræ viewed from the front. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1728_END_INCLUDE_IMAGE_
Gray304.png Anterior atlantoöccipital membrane and atlantoaxial ligament. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1729_END_INCLUDE_IMAGE_
Gray305.png Posterior atlantoöccipital membrane and atlantoaxial ligament. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1730_END_INCLUDE_IMAGE_
Gray306.png Articulation between odontoid process and atlas. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1731_END_INCLUDE_IMAGE_
Gray307.png Membrana tectoria, transverse, and alar ligaments. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1733_END_INCLUDE_IMAGE_
Gray309.png Articulation of the mandible. Lateral aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1734_END_INCLUDE_IMAGE_
Gray310.png Articulation of the mandible. Medial aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1735_END_INCLUDE_IMAGE_
Gray311.png Sagittal section of the articulation of the mandible. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1736_END_INCLUDE_IMAGE_
Gray312.png Costovertebral articulations. Anterior view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1737_END_INCLUDE_IMAGE_
Gray313.png Costotransverse articulation. Seen from above. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1739_END_INCLUDE_IMAGE_
Gray315.png Sternocostal and interchondral articulations. Anterior view. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1743_END_INCLUDE_IMAGE_
Gray319.png Articulations of pelvis. Anterior view. (Quain.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1744_END_INCLUDE_IMAGE_
Gray320.png Articulatios of pelvis. Posterior view. (Quain.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1745_END_INCLUDE_IMAGE_
Gray321.png Symphysis pubis exposed by a coronal section. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1746_END_INCLUDE_IMAGE_
Gray322.png Coronal section of anterior sacral segment. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1747_END_INCLUDE_IMAGE_
Gray323.png Coronal section of middle sacra segment. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1748_END_INCLUDE_IMAGE_
Gray324.png Coronal section of posterior sacral segment. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1749_END_INCLUDE_IMAGE_
Gray325.png Sternoclavicular articulation. Anterior view. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1751_END_INCLUDE_IMAGE_
Gray327.png Capsule of shoulder-joint (distended). Anterior aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1752_END_INCLUDE_IMAGE_
Gray328.png Glenoid fossa of right side. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1753_END_INCLUDE_IMAGE_
Gray329.png Left elbow-joint, showing anterior and ulnar collateral ligaments. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1754_END_INCLUDE_IMAGE_
Gray330.png Left elbow-joint, showing posterior and radial collateral ligaments. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1755_END_INCLUDE_IMAGE_
Gray331.png Capsule of elbow-joint (distended). Anterior aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1756_END_INCLUDE_IMAGE_
Gray332.png Capsule of elbow-joint (distended). Posterior aspect. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1758_END_INCLUDE_IMAGE_
Gray334.png Ligaments of wrist. Anterior view 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1759_END_INCLUDE_IMAGE_
Gray335.png Ligaments of wrist. Posterior view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1760_END_INCLUDE_IMAGE_
Gray336.png Vertical section through the articulations at the wrist, showing the synovial cavities. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1761_END_INCLUDE_IMAGE_
Gray337.png Metacarpophalangeal articulation and articulations of digit. Volar aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1762_END_INCLUDE_IMAGE_
Gray338.png Metacarpophalangeal articulation and articulations of digit. Ulnar aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1763_END_INCLUDE_IMAGE_
Gray339.png Right hip-joint from the front. (Spalteholz.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1764_END_INCLUDE_IMAGE_
Gray340.png The hip-joint from behind. (Quain.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1766_END_INCLUDE_IMAGE_
Gray342.png Hip-joint, front view. The capsular ligament has been largely removed. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1767_END_INCLUDE_IMAGE_
Gray343.png Capsule of hip-joint (distended). Posterior aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1768_END_INCLUDE_IMAGE_
Gray344.png Structures surrounding right hip-joint. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1769_END_INCLUDE_IMAGE_
Gray345.png Right knee-joint. Anterior view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1770_END_INCLUDE_IMAGE_
Gray346.png Right knee-joint. Posterior view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1771_END_INCLUDE_IMAGE_
Gray347.png Right knee-joint, from the front, showing interior ligaments. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1772_END_INCLUDE_IMAGE_
Gray348.png Left knee-joint from behind, showing interior ligaments. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1774_END_INCLUDE_IMAGE_
Gray350.png Sagittal section of right knee-joint. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1775_END_INCLUDE_IMAGE_
Gray351.png Capsule of right knee-joint (distended). Lateral aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1776_END_INCLUDE_IMAGE_
Gray352.png Capsule of right knee-joint (distended). Posterior aspect. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1778_END_INCLUDE_IMAGE_
Gray354.png Ligaments of the medial aspect of the foot. (Quain.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1779_END_INCLUDE_IMAGE_
Gray355.png The ligaments of the foot from the lateral aspect. (Quain.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1780_END_INCLUDE_IMAGE_
Gray356.png Capsule of left talocrura articulation (distended). Lateral aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1781_END_INCLUDE_IMAGE_
Gray357.png Coronal section through right talocrural and talocalcaneal joints. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1783_END_INCLUDE_IMAGE_
Gray359.png Talocalcaneal and talocalcaneonavicular articulations exposed from above by removing the talus. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1784_END_INCLUDE_IMAGE_
Gray360.png Oblique section of left intertarsal and tarsometatarsal articulations, showing the synovial cavities. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1785_END_INCLUDE_IMAGE_
Gray361.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1786_END_INCLUDE_IMAGE_
Gray362.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1787_END_INCLUDE_IMAGE_
Gray363.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1788_END_INCLUDE_IMAGE_
Gray364.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1789_END_INCLUDE_IMAGE_
Gray365.png A, fusiform; B, unipinnate; C, bipinnate; P.C.S., physiological cross-section. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1790_END_INCLUDE_IMAGE_
Gray366.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1791_END_INCLUDE_IMAGE_
Gray367.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1792_END_INCLUDE_IMAGE_
Gray368.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1793_END_INCLUDE_IMAGE_
Gray369.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1794_END_INCLUDE_IMAGE_
Gray370.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1795_END_INCLUDE_IMAGE_
Gray371.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1796_END_INCLUDE_IMAGE_
Gray372.png No caption. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1797_END_INCLUDE_IMAGE_
Gray373.png Transverse section of human striped muscle fibers. x 255. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1798_END_INCLUDE_IMAGE_
Gray374.png Striped muscle fibers from tongue of cat. x 250. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1801_END_INCLUDE_IMAGE_
Gray377.png Subcutaneous tissue from a young rabbit. Highly magnified. (Schäfer.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1802_END_INCLUDE_IMAGE_
Gray378.png Muscles of the head, face, and neck. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1803_END_INCLUDE_IMAGE_
Gray379.png Left orbicularis oculi, seen from behind. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1804_END_INCLUDE_IMAGE_
Gray380.png Muscles of the pharynx and cheek. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1805_END_INCLUDE_IMAGE_
Gray381.png Scheme showing arrangement of fibers of Orbicularis oris. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1806_END_INCLUDE_IMAGE_
Gray382.png The Temporalis; the zygomatic arch and Masseter have been removed. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1809_END_INCLUDE_IMAGE_
Gray385.png Muscles of the neck. Lateral view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1810_END_INCLUDE_IMAGE_
Gray386.png Muscles of the neck. Anterior view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1811_END_INCLUDE_IMAGE_
Gray387.png The anterior vertebral muscles. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1813_END_INCLUDE_IMAGE_
Gray389.png Deep muscles of the back. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1814_END_INCLUDE_IMAGE_
Gray390.png Posterior surface of sternum and costal cartilages, showing Transversus thoracis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1815_END_INCLUDE_IMAGE_
Gray391.png The diaphragm. Under surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1816_END_INCLUDE_IMAGE_
Gray392.png The Obliquus externus abdominis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1817_END_INCLUDE_IMAGE_
Gray393.png The subcutaneous inguinal ring. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1818_END_INCLUDE_IMAGE_
Gray394.png The inguinal and lacunar ligaments. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1819_END_INCLUDE_IMAGE_
Gray395.png The Obliquus internus abdominis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1820_END_INCLUDE_IMAGE_
Gray396.png The Cremaster. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1821_END_INCLUDE_IMAGE_
Gray397.png The Transversus abdominis, Rectus abdominis, and Pyramidalis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1822_END_INCLUDE_IMAGE_
Gray398.png The interfoveolar ligament, seen from in front. (Modified from Braune.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1823_END_INCLUDE_IMAGE_
Gray399.png Diagram of sheath of Rectus. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1825_END_INCLUDE_IMAGE_
Gray401.png The abdominal inguinal ring. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1826_END_INCLUDE_IMAGE_
Gray402.png Coronal section of pelvis, showing arrangement of fasciæ. Viewed from behind. (Diagrammatic.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1827_END_INCLUDE_IMAGE_
Gray403.png Median sagittal section of pelvis, showing arrangement of fasciæ. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1828_END_INCLUDE_IMAGE_
Gray404.png Left Levator ani from within. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1829_END_INCLUDE_IMAGE_
Gray405.png The perineum. The integument and superficial layer of superficial fascia reflected. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1830_END_INCLUDE_IMAGE_
Gray406.png Muscles of male perineum. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1832_END_INCLUDE_IMAGE_
Gray408.png Muscles of the female perineum. (Modified from a drawing by Peter Thompson.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1833_END_INCLUDE_IMAGE_
Gray409.png Muscles connecting the upper extremity to the vertebral column. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1834_END_INCLUDE_IMAGE_
Gray410.png —Superficial muscles of the chest and front of the arm. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1836_END_INCLUDE_IMAGE_
Gray412.png —Muscles on the dorsum of the scapula, and the Triceps brachii. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1837_END_INCLUDE_IMAGE_
Gray413.png Cross-section through the middle of upper arm. (Eycleshymer and Schoemaker. 84) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1838_END_INCLUDE_IMAGE_
Gray414.png Front of the left forearm. Superficial muscles. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1839_END_INCLUDE_IMAGE_
Gray415.png Front of the left forearm. Deep muscles. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1840_END_INCLUDE_IMAGE_
Gray416.png Tendons of forefinger and vincula tendina. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1841_END_INCLUDE_IMAGE_
Gray417.png Cross-section through the middle of the forearm. (Eycleshymer and Schoemaker.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1842_END_INCLUDE_IMAGE_
Gray418.png Posterior surface of the forearm. Superficial muscles. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1843_END_INCLUDE_IMAGE_
Gray419.png Posterior surface of the forearm. Deep muscles. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1844_END_INCLUDE_IMAGE_
Gray420.png The Supinator. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1845_END_INCLUDE_IMAGE_
Gray421.png Transverse section across distal ends of radius and ulna. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1846_END_INCLUDE_IMAGE_
Gray422.png Transverse section across the wrist and digits. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1848_END_INCLUDE_IMAGE_
Gray424.png The mucous sheaths of the tendons on the back of the wrist. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1849_END_INCLUDE_IMAGE_
Gray425.png The palmar aponeurosis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1850_END_INCLUDE_IMAGE_
Gray426.png The muscles of the thumb. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1851_END_INCLUDE_IMAGE_
Gray427.png The muscles of the left hand. Palmar surface. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1852_END_INCLUDE_IMAGE_
Gray428.png The Interossei dorsales of left hand. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1853_END_INCLUDE_IMAGE_
Gray429.png The Interossei volares of left hand. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1854_END_INCLUDE_IMAGE_
Gray430.png Muscles of the iliac and anterior femoral regions. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1855_END_INCLUDE_IMAGE_
Gray431.png The fossa ovalis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1856_END_INCLUDE_IMAGE_
Gray432.png Cross-section through the middle of the thigh. (Eycleshymer and Schoemaker.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1857_END_INCLUDE_IMAGE_
Gray433.png Deep muscles of the medial femoral region. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1858_END_INCLUDE_IMAGE_
Gray434.png Muscles of the gluteal and posterior femoral regions. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1859_END_INCLUDE_IMAGE_
Gray435.png The obturator membrane. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1860_END_INCLUDE_IMAGE_
Gray436.png The Obturator externus. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1861_END_INCLUDE_IMAGE_
Gray437.png Muscles of the front of the leg. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1862_END_INCLUDE_IMAGE_
Gray438.png Muscles of the back of the leg. Superficial layer. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1863_END_INCLUDE_IMAGE_
Gray439.png Muscles of the back of the leg. Deep layer. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1864_END_INCLUDE_IMAGE_
Gray440.png Cross-section through middle of leg. (Eycleshymer and Schoemaker.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1865_END_INCLUDE_IMAGE_
Gray441.png The mucous sheaths of the tendons around the ankle. Lateral aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1866_END_INCLUDE_IMAGE_
Gray442.png The mucous sheaths of the tendons around the ankle. Medial aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1867_END_INCLUDE_IMAGE_
Gray443.png Muscles of the sole of the foot. First layer. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1868_END_INCLUDE_IMAGE_
Gray444.png Muscles of the sole of the foot. Second layer. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1869_END_INCLUDE_IMAGE_
Gray445.png Muscles of the sole of the foot. Third layer. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1870_END_INCLUDE_IMAGE_
Gray446.png The Interossei dorsales. Left foot. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1871_END_INCLUDE_IMAGE_
Gray447.png The Interossei plantares. Left foot. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1874_END_INCLUDE_IMAGE_
Gray450.png Section of a medium-sized artery. (After Grünstein.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1876_END_INCLUDE_IMAGE_
Gray452.png Section of a medium-sized vein. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1878_END_INCLUDE_IMAGE_
Gray454.png Varieties of leucocytes found in human blood. Highly magnified. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1880_END_INCLUDE_IMAGE_
Gray456.png Blood platelets. Highly magnified. (After Kopsch.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1883_END_INCLUDE_IMAGE_
Gray459.png Human embryo of about fourteen days, with yolk-sac. (After His.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1886_END_INCLUDE_IMAGE_
Gray462.png Heart of human embryo of about fourteen days. (From model by His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1887_END_INCLUDE_IMAGE_
Gray463.png Heart of human embryo of about fifteen days. (Reconstruction by His.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1890_END_INCLUDE_IMAGE_
Gray466.png Heart showing expansion of the atria. (Drawn from Ecker-Zeigler model.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1897_END_INCLUDE_IMAGE_
Gray473.png Scheme of the aortic arches and their destination. (Modified from Kollmann.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1901_END_INCLUDE_IMAGE_
Gray477.png Scheme of arrangement of parietal veins. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1902_END_INCLUDE_IMAGE_
Gray478.png Scheme showing early stages of development of the inferior vena cava. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1903_END_INCLUDE_IMAGE_
Gray479.png Diagram showing development of main cross branches between jugulars and between cardinals. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1904_END_INCLUDE_IMAGE_
Gray480.png Diagram showing completion of development of the parietal veins. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1914_END_INCLUDE_IMAGE_
Gray490.png Front view of heart and lungs. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1915_END_INCLUDE_IMAGE_
Gray491.png Base and diaphragmatic surface of heart. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1916_END_INCLUDE_IMAGE_
Gray492.png Sternocostal surface of heart. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1917_END_INCLUDE_IMAGE_
Gray493.png Interior of right side of heart. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1918_END_INCLUDE_IMAGE_
Gray494.png Heart seen from above. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1919_END_INCLUDE_IMAGE_
Gray495.png Base of ventricles exposed by removal of the atria. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1920_END_INCLUDE_IMAGE_
Gray496.png Interior of left side of heart. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1921_END_INCLUDE_IMAGE_
Gray497.png Aorta laid open to show the semilunar valves. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1922_END_INCLUDE_IMAGE_
Gray498.png Section of the heart showing the ventricular septum. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1927_END_INCLUDE_IMAGE_
Gray503.png Transverse section of thorax, showing relations of pulmonary artery. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1929_END_INCLUDE_IMAGE_
Gray505.png The arch of the aorta, and its branches. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1930_END_INCLUDE_IMAGE_
Gray506.png Plan of the branches. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1932_END_INCLUDE_IMAGE_
Gray508.png The arteries of the face and scalp. 98 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1934_END_INCLUDE_IMAGE_
Gray510.png Plan of branches of internal maxillary artery. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1935_END_INCLUDE_IMAGE_
Gray511.png Plan of branches of internal maxillary artery. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1936_END_INCLUDE_IMAGE_
Gray512.png The triangles of the neck. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1937_END_INCLUDE_IMAGE_
Gray513.png The internal carotid and vertebral arteries. Right side. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1938_END_INCLUDE_IMAGE_
Gray514.png The ophthalmic artery and its branches. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1941_END_INCLUDE_IMAGE_
Gray517.png Outer surface of cerebral hemisphere, showing areas supplied by cerebral arteries. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1942_END_INCLUDE_IMAGE_
Gray518.png Medial surface of cerebral hemisphere, showing areas supplied by cerebral arteries. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1945_END_INCLUDE_IMAGE_
Gray521.png The scapular and circumflex arteries. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1946_END_INCLUDE_IMAGE_
Gray522.png The internal mammary artery and its branches. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1947_END_INCLUDE_IMAGE_
Gray523.png The axillary artery and its branches. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1948_END_INCLUDE_IMAGE_
Gray524.png The scapular and circumflex arteries. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1949_END_INCLUDE_IMAGE_
Gray525.png The brachial artery. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1950_END_INCLUDE_IMAGE_
Gray526.png Diagram of the anastomosis around the elbow-joint. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1951_END_INCLUDE_IMAGE_
Gray527.png The radial and ulnar arteries. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1952_END_INCLUDE_IMAGE_
Gray528.png Ulnar and radial arteries. Deep view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1953_END_INCLUDE_IMAGE_
Gray529.png Arteries of the back of the forearm and hand. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1954_END_INCLUDE_IMAGE_
Gray530.png The thoracic aorta, viewed from the left side. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1955_END_INCLUDE_IMAGE_
Gray531.png The abdominal aorta and its branches. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1958_END_INCLUDE_IMAGE_
Gray534.png The superior mesenteric artery and its branches. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1960_END_INCLUDE_IMAGE_
Gray536.png Arteries of cecum and vermiform process. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1961_END_INCLUDE_IMAGE_
Gray537.png The inferior mesenteric artery and its branches. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1963_END_INCLUDE_IMAGE_
Gray539.png The arteries of the pelvis. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1965_END_INCLUDE_IMAGE_
Gray541.png Variations in origin and course of obturator artery. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1966_END_INCLUDE_IMAGE_
Gray542.png The superficial branches of the internal pudendal artery. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1967_END_INCLUDE_IMAGE_
Gray543.png The deeper branches of the internal pudendal artery. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1968_END_INCLUDE_IMAGE_
Gray544.png The arteries of the gluteal and posterior femoral regions. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1969_END_INCLUDE_IMAGE_
Gray545.png Femoral sheath laid open to show its three compartments. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1970_END_INCLUDE_IMAGE_
Gray546.png Structures passing behind the inguinal ligament. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1972_END_INCLUDE_IMAGE_
Gray548.png Scheme of the femoral artery. (Poirier and Charpy.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1973_END_INCLUDE_IMAGE_
Gray549.png The left femoral triangle. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1974_END_INCLUDE_IMAGE_
Gray550.png The femoral artery. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1975_END_INCLUDE_IMAGE_
Gray551.png The popliteal, posterior tibial, and peroneal arteries. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1976_END_INCLUDE_IMAGE_
Gray552.png Circumpatellar anastomosis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1977_END_INCLUDE_IMAGE_
Gray553.png Anterior tibial and dorsalis pedis arteries. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1978_END_INCLUDE_IMAGE_
Gray554.png The plantar arteries. Superficial view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1979_END_INCLUDE_IMAGE_
Gray555.png The plantar arteries. Deep view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1980_END_INCLUDE_IMAGE_
Gray556.png Base and diaphragmatic surface of heart. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1981_END_INCLUDE_IMAGE_
Gray557.png Veins of the head and neck. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1982_END_INCLUDE_IMAGE_
Gray558.png The veins of the neck, viewed from in front. (Spalteholz.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1984_END_INCLUDE_IMAGE_
Gray560.png The veins of the thyroid gland. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1985_END_INCLUDE_IMAGE_
Gray561.png Diagram showing common arrangement of thyroid veins. (Kocher.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1987_END_INCLUDE_IMAGE_
Gray563.png The vertebral vein. (Poirier and Charpy.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1989_END_INCLUDE_IMAGE_
Gray565.png Velum interpositum. (Poirier and Charpy.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_1992_END_INCLUDE_IMAGE_
Gray568.png Sagittal section of the skull, showing the sinuses of the dura. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1993_END_INCLUDE_IMAGE_
Gray569.png Tentorium cerebelli from above. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1994_END_INCLUDE_IMAGE_
Gray570.png The sinuses at the base of the skull. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1995_END_INCLUDE_IMAGE_
Gray571.png Oblique section through the cavernous sinus. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1996_END_INCLUDE_IMAGE_
Gray572.png Veins of orbit. (Poirier and Charpy.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1997_END_INCLUDE_IMAGE_
Gray573.png The veins on the dorsum of the hand. (Bourgery.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1998_END_INCLUDE_IMAGE_
Gray574.png The superficial veins of the upper extremity. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_1999_END_INCLUDE_IMAGE_
Gray575.png The deep veins of the upper extremity. (Bourgery.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2000_END_INCLUDE_IMAGE_
Gray576.png The veins of the right axilla, viewed from in front. (Spalteholz.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2001_END_INCLUDE_IMAGE_
Gray577.png The venæ cavæ and azygos veins, with their tributaries. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2002_END_INCLUDE_IMAGE_
Gray578.png Transverse section of a thoracic vertebra, showing the vertebral venous plexuses. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2003_END_INCLUDE_IMAGE_
Gray579.png Median sagittal section of two thoracic vertebræ, showing the vertebral venous plexuses. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2004_END_INCLUDE_IMAGE_
Gray580.png The great saphenous vein and its tributaries at the fossa ovalis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2005_END_INCLUDE_IMAGE_
Gray581.png The great saphenous vein and its tributaries. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2006_END_INCLUDE_IMAGE_
Gray582.png The small saphenous vein. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2007_END_INCLUDE_IMAGE_
Gray583.png The popliteal vein. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2008_END_INCLUDE_IMAGE_
Gray584.png The femoral vein and its tributaries. (Poirier and Charpy.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2009_END_INCLUDE_IMAGE_
Gray585.png The veins of the right half of the male pelvis. (Spalteholz). 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2010_END_INCLUDE_IMAGE_
Gray586.png The iliac veins. (Poirier and Charpy.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2012_END_INCLUDE_IMAGE_
Gray588.png The penis in transverse section, showing the bloodvessels. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2013_END_INCLUDE_IMAGE_
Gray589.png Vessels of the uterus and its appendages, rear view. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2014_END_INCLUDE_IMAGE_
Gray590.png Spermatic veins. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2015_END_INCLUDE_IMAGE_
Gray591.png The portal vein and its tributaries. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2021_END_INCLUDE_IMAGE_
Gray597.png Section of small lymph gland of rabbit. X 100. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2023_END_INCLUDE_IMAGE_
Gray599.png The thoracic and right lymphatic ducts. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2026_END_INCLUDE_IMAGE_
Gray602.png Superficial lymph glands and lymphatic vessels of head and neck. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2027_END_INCLUDE_IMAGE_
Gray603.png Lymphatics of pharynx. (Poirier and Charpy. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2028_END_INCLUDE_IMAGE_
Gray604.png The lymphatics of the face. (After Küttner.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2029_END_INCLUDE_IMAGE_
Gray605.png Lymphatics of the tongue. (Poirier and Charpy.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2030_END_INCLUDE_IMAGE_
Gray606.png The superficial lymph glands and lymphatic vessels of the upper extremity. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2031_END_INCLUDE_IMAGE_
Gray607.png Lymphatics of the mamma, and the axillary glands (semidiagrammatic). (Poirier and Charpy.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2032_END_INCLUDE_IMAGE_
Gray608.png Lymphatic vessels of the dorsal surface of the hand. (Sappey.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2033_END_INCLUDE_IMAGE_
Gray609.png Lymph glands of popliteal fossa. (Poirier and Charpy.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2034_END_INCLUDE_IMAGE_
Gray610.png The superficial lymph glands and lymphatic vessels of the lower extremity. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2035_END_INCLUDE_IMAGE_
Gray611.png The parietal lymph glands of the pelvis. (Cunéo and Marcille.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2036_END_INCLUDE_IMAGE_
Gray612.png Iliopelvic glands (lateral view). (Cunéo and Marcille.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2037_END_INCLUDE_IMAGE_
Gray613.png Lymphatics of stomach, etc. (Jamieson and Dobson.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2040_END_INCLUDE_IMAGE_
Gray616.png The lymphatics of cecum and vermiform process from behind. (Jamieson and Dobson.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2041_END_INCLUDE_IMAGE_
Gray617.png Lymphatics of colon. (Jamieson and Dobson.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2042_END_INCLUDE_IMAGE_
Gray618.png Lymphatics of the bladder. (Cunéo and Marcille.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2043_END_INCLUDE_IMAGE_
Gray619.png Lymphatics of the prostate. (Cunéo and Marcille.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2044_END_INCLUDE_IMAGE_
Gray620.png Lymphatics of the uterus. (Cunéo and Marcille.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2046_END_INCLUDE_IMAGE_
Gray622.png The tracheobronchial lymph glands. (From a figure designed by M. Hallé.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2049_END_INCLUDE_IMAGE_
Gray625.png Bipolar nerve cell from the spinal ganglion of the pike. (After Kölliker.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2054_END_INCLUDE_IMAGE_
Gray630.png Medullated nerve fibers. X 350. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2055_END_INCLUDE_IMAGE_
Gray631.png Diagram of longitudinal sections of medullated nerve fibers. Osmic acid. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2056_END_INCLUDE_IMAGE_
Gray632.png Transverse sections of medullated nerve fibers. Osmic acid. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2058_END_INCLUDE_IMAGE_
Gray634.png Medullated nerve fibers stained with silver nitrate. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2060_END_INCLUDE_IMAGE_
Gray636.png Transverse section of human tibial nerve. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2064_END_INCLUDE_IMAGE_
Gray640.png Section of medulla spinalis of a four weeks’ embryo. (His.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2066_END_INCLUDE_IMAGE_
Gray642.png aged about four and a half weeks. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2067_END_INCLUDE_IMAGE_
Gray643.png aged about three months. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2070_END_INCLUDE_IMAGE_
Gray646.png Diagram to illustrate the alar and basal laminæ of brain vesicles. (His.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2071_END_INCLUDE_IMAGE_
Gray647.png Transverse section of medulla oblongata of human embryo. X 32. (Kollmann.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2072_END_INCLUDE_IMAGE_
Gray648.png Transverse section of medulla oblongata of human embryo. (After His.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2081_END_INCLUDE_IMAGE_
Gray657.png Median sagittal section of brain of human embryo of four months. (Marchand.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2082_END_INCLUDE_IMAGE_
Gray658.png Outer surface of cerebral hemisphere of human embryo of about five months. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2083_END_INCLUDE_IMAGE_
Gray659.png Transverse section of medulla oblongata of human embryo. X 32. (Kollmann) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2084_END_INCLUDE_IMAGE_
Gray660.png Transverse section of medulla oblongata of human embryo. (After His.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2087_END_INCLUDE_IMAGE_
Gray663.png Diagrams of the medulla spinalis. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2088_END_INCLUDE_IMAGE_
Gray664.png Transverse section of the medulla spinalis in the mid-thoracic region. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2090_END_INCLUDE_IMAGE_
Gray666.png Transverse sections of the medulla spinalis at different levels. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2096_END_INCLUDE_IMAGE_
Gray672.png Diagram of the principal fasciculi of the spinal cord. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2099_END_INCLUDE_IMAGE_
Gray675.png A spinal nerve with its anterior and posterior roots. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2102_END_INCLUDE_IMAGE_
Gray678.png Schematic representation of the chief ganglionic categories (I to V). (Spitzka.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2103_END_INCLUDE_IMAGE_
Gray679.png Medulla oblongata and pons. Anterior surface. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2105_END_INCLUDE_IMAGE_
Gray681.png Hind- and mid-brains; postero-lateral view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2106_END_INCLUDE_IMAGE_
Gray682.png Superficial dissection of brain-stem. Lateral view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2107_END_INCLUDE_IMAGE_
Gray683.png Dissection of brain-stem. Lateral view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2108_END_INCLUDE_IMAGE_
Gray684.png Deep dissection of brain-stem. Lateral view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2109_END_INCLUDE_IMAGE_
Gray685.png Deep dissection of brain-stem. Lateral view. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2113_END_INCLUDE_IMAGE_
Gray689.png Superficial dissection of brain-stem. Ventral view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2114_END_INCLUDE_IMAGE_
Gray690.png Deep dissection of brain-stem. Ventral view. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2119_END_INCLUDE_IMAGE_
Gray695.png Transverse section of medulla oblongata below the middle of the olive. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2121_END_INCLUDE_IMAGE_
Gray697.png Nuclei of origin of cranial motor nerves schematically represented; lateral view. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2125_END_INCLUDE_IMAGE_
Gray701.png Coronal section of the pons, at its upper part. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2126_END_INCLUDE_IMAGE_
Gray702.png Upper surface of the cerebellum. (Schäfer.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2127_END_INCLUDE_IMAGE_
Gray703.png Under surface of the cerebellum. (Schäfer.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2129_END_INCLUDE_IMAGE_
Gray705.png Dissection showing the projection fibers of the cerebellum. (After E. B. Jamieson.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2130_END_INCLUDE_IMAGE_
Gray706.png Transverse section of a cerebellar folium. (Diagrammatic, after Cajal and Kölliker.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2133_END_INCLUDE_IMAGE_
Gray709.png Rhomboid fossa. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2135_END_INCLUDE_IMAGE_
Gray711.png Transverse section of mid-brain at level of inferior colliculi. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2136_END_INCLUDE_IMAGE_
Gray712.png Transverse section of mid-brain at level of superior colliculi. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2139_END_INCLUDE_IMAGE_
Gray715.png Mesal aspect of a brain sectioned in the median sagittal plane. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2140_END_INCLUDE_IMAGE_
Gray716.png Dissection showing the ventricles of the brain. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2141_END_INCLUDE_IMAGE_
Gray717.png Coronal section of brain immediately in front of pons. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2142_END_INCLUDE_IMAGE_
Gray718.png Coronal section of brain through intermediate mass of third ventricle. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2143_END_INCLUDE_IMAGE_
Gray719.png Hind- and mid-brains; postero-lateral view. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2145_END_INCLUDE_IMAGE_
Gray721.png The hypophysis cerebri, in position. Shown in sagittal section. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2146_END_INCLUDE_IMAGE_
Gray722.png Scheme showing central connections of the optic nerves and optic tracts. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2147_END_INCLUDE_IMAGE_
Gray723.png Coronal section of lateral and third ventricles. (Diagrammatic.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2148_END_INCLUDE_IMAGE_
Gray724.png Base of brain. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2149_END_INCLUDE_IMAGE_
Gray725.png Lateral surface of left cerebral hemisphere, viewed from above. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2150_END_INCLUDE_IMAGE_
Gray726.png Lateral surface of left cerebral hemisphere, viewed from the side. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2151_END_INCLUDE_IMAGE_
Gray727.png Medial surface of left cerebral hemisphere. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2152_END_INCLUDE_IMAGE_
Gray728.png Principal fissures and lobes of the cerebrum viewed laterally. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2153_END_INCLUDE_IMAGE_
Gray729.png Orbital surface of left frontal lobe. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2154_END_INCLUDE_IMAGE_
Gray730.png Section of brain showing upper surface of temporal lobe. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2155_END_INCLUDE_IMAGE_
Gray731.png The insula of the left side, exposed by removing the opercula. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2156_END_INCLUDE_IMAGE_
Gray732.png Scheme of rhinencephalon. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2157_END_INCLUDE_IMAGE_
Gray733.png Corpus callosum from above. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2158_END_INCLUDE_IMAGE_
Gray734.png Scheme showing relations of the ventricles to the surface of the brain. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2159_END_INCLUDE_IMAGE_
Gray735.png Drawing of a cast of the ventricular cavities, viewed from above. (Retzius.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2162_END_INCLUDE_IMAGE_
Gray738.png Coronal section through posterior cornua of lateral ventricle. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2163_END_INCLUDE_IMAGE_
Gray739.png Posterior and inferior cornua of left lateral ventricle exposed from the side. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2164_END_INCLUDE_IMAGE_
Gray740.png Inferior and posterior cornua, viewed from above. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2166_END_INCLUDE_IMAGE_
Gray742.png Horizontal section of right cerebral hemisphere. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2167_END_INCLUDE_IMAGE_
Gray743.png Coronal section through anterior cornua of lateral ventricles. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2168_END_INCLUDE_IMAGE_
Gray744.png Coronal section of brain through anterior commissure. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2169_END_INCLUDE_IMAGE_
Gray745.png Dissection showing the course of the cerebrospinal fibers. (E. B. Jamieson.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2171_END_INCLUDE_IMAGE_
Gray747.png Diagram of the fornix. (Spitzka.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2173_END_INCLUDE_IMAGE_
Gray749.png Coronal section of inferior horn of lateral ventricle. (Diagrammatic.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2175_END_INCLUDE_IMAGE_
Gray751.png Diagram showing principal systems of association fibers in the cerebrum. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2176_END_INCLUDE_IMAGE_
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 @ 4:50 jdmiles _INCLUDE_IMAGE_2177_END_INCLUDE_IMAGE_
Gray753.png Deep dissection of cortex and brain-stem. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2179_END_INCLUDE_IMAGE_
Gray755.png Coronal section of olfactory bulb. (Schwalbe.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2183_END_INCLUDE_IMAGE_
Gray759.png The sensory tract. (Modified from Poirier.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2187_END_INCLUDE_IMAGE_
Gray763.png Scheme showing central connections of the optic nerves and optic tracts. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2188_END_INCLUDE_IMAGE_
Gray764.png The motor tract. (Modified from Poirier.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2190_END_INCLUDE_IMAGE_
Gray766.png Tentorium cerebelli seen from above. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2191_END_INCLUDE_IMAGE_
Gray767.png The medulla spinalis and its membranes. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2192_END_INCLUDE_IMAGE_
Gray768.png Diagram showing the positions of the three principal subarachnoid cisternæ. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2194_END_INCLUDE_IMAGE_
Gray770.png Diagrammatic transverse section of the medulla spinalis and its membranes. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2195_END_INCLUDE_IMAGE_
Gray771.png Nerves of septum of nose. Right side. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2196_END_INCLUDE_IMAGE_
Gray772.png Plan of olfactory neurons. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2197_END_INCLUDE_IMAGE_
Gray773.png The left optic nerve and the optic tracts. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2198_END_INCLUDE_IMAGE_
Gray774.png Scheme showing central connections of the optic nerves and optic tracts. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2199_END_INCLUDE_IMAGE_
Gray775.png Plan of oculomotor nerve. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2200_END_INCLUDE_IMAGE_
Gray776.png Nerves of the orbit. Seen from above. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2201_END_INCLUDE_IMAGE_
Gray777.png Nerves of the orbit, and the ciliary ganglion. Side view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2202_END_INCLUDE_IMAGE_
Gray778.png Distribution of the maxillary and mandibular nerves, and the submaxillary ganglion. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2203_END_INCLUDE_IMAGE_
Gray779.png Alveolar branches of superior maxillary nerve and sphenopalatine ganglion. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2204_END_INCLUDE_IMAGE_
Gray780.png The sphenopalatine ganglion and its branches. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2205_END_INCLUDE_IMAGE_
Gray781.png Mandibular division of the trifacial nerve. (Testut.) 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2207_END_INCLUDE_IMAGE_
Gray783.png The otic ganglion and its branches. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2210_END_INCLUDE_IMAGE_
Gray786.png Oblique section through the right cavernous sinus. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2213_END_INCLUDE_IMAGE_
Gray789.png The course and connections of the facial nerve in the temporal bone. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2214_END_INCLUDE_IMAGE_
Gray790.png The nerves of the scalp, face, and side of neck. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2215_END_INCLUDE_IMAGE_
Gray791.png Plan of upper portions of glossopharyngeal, vagus, and accessory nerves. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2217_END_INCLUDE_IMAGE_
Gray793.png Course and distribution of the glossopharyngeal, vagus, and accessory nerves. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2218_END_INCLUDE_IMAGE_
Gray794.png Hypoglossal nerve, cervical plexus, and their branches. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2219_END_INCLUDE_IMAGE_
Gray795.png Plan of hypoglossal nerve. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2221_END_INCLUDE_IMAGE_
Gray797.png Distribution of cutaneous nerves. Ventral aspect. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2222_END_INCLUDE_IMAGE_
Gray798.png Distribution of cutaneous nerves. Dorsal aspect. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2224_END_INCLUDE_IMAGE_
Gray800.png Posterior primary divisions of the upper three cervical nerves. (Testut.) 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2227_END_INCLUDE_IMAGE_
Gray803.png The posterior divisions of the sacral nerves. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2228_END_INCLUDE_IMAGE_
Gray804.png Plan of the cervical plexus. (Gerrish.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2229_END_INCLUDE_IMAGE_
Gray805.png The nerves of the scalp, face, and side of neck. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2230_END_INCLUDE_IMAGE_
Gray806.png The phrenic nerve and its relations with the vagus nerve. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2231_END_INCLUDE_IMAGE_
Gray807.png Plan of brachial plexus. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2234_END_INCLUDE_IMAGE_
Gray810.png Suprascapular and axillary nerves of right side, seen from behind. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2235_END_INCLUDE_IMAGE_
Gray811.png Cutaneous nerves of right upper extremity. Anterior view. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2237_END_INCLUDE_IMAGE_
Gray813.png Cutaneous nerves of right upper extremity. Posterior view. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2239_END_INCLUDE_IMAGE_
Gray815.png Superficial palmar nerves. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2240_END_INCLUDE_IMAGE_
Gray816.png Nerves of the left upper extremity. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2241_END_INCLUDE_IMAGE_
Gray817.png Deep palmar nerves. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2242_END_INCLUDE_IMAGE_
Gray818.png The suprascapular, axillary, and radial nerves. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2243_END_INCLUDE_IMAGE_
Gray819.png Diagram of the course and branches of a typica intercostal nerve. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2244_END_INCLUDE_IMAGE_
Gray820.png Cutaneous distribution of thoracic nerves. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2245_END_INCLUDE_IMAGE_
Gray821.png Intercostal nerves, the superficial muscles having been removed. (Testut). 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2246_END_INCLUDE_IMAGE_
Gray822.png Plan of lumbar plexus. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2247_END_INCLUDE_IMAGE_
Gray823.png The lumbar plexus and its branches. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2248_END_INCLUDE_IMAGE_
Gray824.png Deep and superficial dissection of the lumbar plexus. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2249_END_INCLUDE_IMAGE_
Gray825.png Cutaneous nerves of right lower extremity. Front view. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2251_END_INCLUDE_IMAGE_
Gray827.png Nerves of the right lower extremity. Front view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2252_END_INCLUDE_IMAGE_
Gray828.png Plan of sacral and pudendal plexuses. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2253_END_INCLUDE_IMAGE_
Gray829.png Dissection of side wall of pelvis showing sacral and pudendal plexuses. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2254_END_INCLUDE_IMAGE_
Gray830.png Cutaneous nerves of right lower extremity. Posterior view. 137 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2256_END_INCLUDE_IMAGE_
Gray832.png Nerves of the right lower extremity Posterior view. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2257_END_INCLUDE_IMAGE_
Gray833.png The plantar nerves. 26/01/2009 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2259_END_INCLUDE_IMAGE_
Gray835.png Deep nerves of the front of the leg. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2260_END_INCLUDE_IMAGE_
Gray836.png Nerves of the dorsum of the foot. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2261_END_INCLUDE_IMAGE_
Gray837.png Sacral plexus of the right side. (Testut). 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2264_END_INCLUDE_IMAGE_
Gray840.png Sympathetic connections of the ciliary and superior cervical ganglia. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2265_END_INCLUDE_IMAGE_
Gray841.png Sympathetic connections of the sphenopalatine and superior cervical ganglia. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2266_END_INCLUDE_IMAGE_
Gray842.png Sympathetic connections of the submaxillary and superior cervical ganglia. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2267_END_INCLUDE_IMAGE_
Gray843.png Sympathetic connections of the otic and superior cervical ganglia. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2268_END_INCLUDE_IMAGE_
Gray844.png Diagram of the cervical sympathetic. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2269_END_INCLUDE_IMAGE_
Gray845.png Plan of right sympathetic cord and splanchnic nerves. (Testut.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2270_END_INCLUDE_IMAGE_
Gray846.png Thoracic portion of the sympathetic trunk. 26/01/2009 @ 4:50 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 @ 4:50 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 @ 4:50 jdmiles _INCLUDE_IMAGE_2273_END_INCLUDE_IMAGE_
Gray849.png Lower half of right sympathetic cord. (Testut after Hirschfeld.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2274_END_INCLUDE_IMAGE_
Gray850.png Vertical section of papilla foliata of the rabbit, crossing the folia. (Ranvier.) 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2275_END_INCLUDE_IMAGE_
Gray851.png Taste-bud, highly magnified. 26/01/2009 @ 4:50 jdmiles _INCLUDE_IMAGE_2276_END_INCLUDE_IMAGE_
Gray852.png Cart