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This web-site presents an atlas of nervous tissue images with captions, along with an image catalog. It is intended for student self-study. The web-site may be viewed on-line or downloaded to a local hard drive.  Created by T.F. Fletcher and supported by the University of Minnesota College of Veterinary Medicine.
tagged PennVetTags veterinary histology neurohistology neuroscience by kaykim ...on 10-SEP-06
A web site for veterinary students studying Veterinary Neurobiology (CVM 6120) at the University of Minnesota.  Content includes labelled histologic images and diagrams, and text.  A useful reference for the first-year Neuroscience course at PennVet.
This web site focuses on visceral efferent pathways that innervate smooth muscle, cardiac muscle, and glands in the dog.  ANS information is presented in three sections: General Features of the ANS, Sympathetic Pathways, and Parasympathetic Pathways.
tagged PennVetTags veterinary neuroscience canine by kaykim ...and 1 other person ...on 10-SEP-06
Canine Brain Atlas presents neuroanatomy of the canine brain as seen in 16 transverse sections through a brain (sections are stained with luxol fast blue and cresyl violet).  Students may click a label to see a brain structure indicated, or they may mouse-over brain structures to see respective labels highlighted. An index screen showing small images of all sections may be used for navigation.
tagged PennVetTags veterinary neuroscience canine brain neurohistology by kaykim ...and 1 other person ...on 10-SEP-06
Created by the Department of Anatomy at the University of Bristol, the CALnet - web based tutorials were designed to supplement first and second year BVSc anatomy. Topics covered: Comparative Gross Anatomy, Developmental Anatomy, Neuroanatomy, exotics, and lab animal handling and sexing techniques.  Additional content includes clinical case studies and dissection guides (canine, equine, ruminant, porcine).  *Note: As of January 2005, this website is no longer in active development.
Created by the Virginia-Maryland Regional College of Veterinary Medicine, this site provides a sectional atlas of the normal canine lumbosacral spine in 3 planes: transverse, sagittal, and dorsal.  Each series was constructed using photographs of frozen gross anatomic sections.
tagged gross_anatomy neuroscience neuroanatomy PennVetTags veterinary canine by kaykim ...on 10-SEP-06

This web site (intended for first-year veterinary students studying CVM 6120, Veterinary Neurobiology, at the University of Minnesota) presents domestic mammalian brain neuroanatomy from a gross anatomical perspective. Per brain region, neural components are listed in hierarchal order, and there are links to labeled images of brain surfaces, brain dissections, vessels and cranial nerves.

A web site for veterinary students studying Veterinary Neurobiology (CVM 6120) at the University of Minnesota. Content includes labelled histologic images and diagrams, and text. A useful reference for the first-year Neuroscience course at PennVet.
This web site focuses on visceral efferent pathways that innervate smooth muscle, cardiac muscle, and glands in the dog. ANS information is presented in three sections: General Features of the ANS, Sympathetic Pathways, and Parasympathetic Pathways.
tagged PennVetTags veterinary neuroscience canine by ivanick ...and 1 other person ...on 18-AUG-06
Canine Brain Atlas presents neuroanatomy of the canine brain as seen in 16 transverse sections through a brain (sections are stained with luxol fast blue and cresyl violet). Students may click a label to see a brain structure indicated, or they may mouse-over brain structures to see respective labels highlighted. An index screen showing small images of all sections may be used for navigation.
tagged veterinary neuroscience PennVetTags canine brain neurohistology by ivanick ...and 1 other person ...on 18-AUG-06

This web site (intended for first-year veterinary students studying CVM 6120, Veterinary Neurobiology, at the University of Minnesota) presents domestic mammalian brain neuroanatomy from a gross anatomical perspective. Per brain region, neural components are listed in hierarchal order, and there are links to labeled images of brain surfaces, brain dissections, vessels and cranial nerves.