Developing better therapies for neurological conditions such as Parkinson’s and Alzheimer’s diseases remains an enduring problem for 21st century medicine. The testing of novel therapies will continue to require a robust experimental animal model. The marmoset is an ideal animal model for modern neurological research because of the species’ convenient body size, ease of handling, and the fundamental similarity of its neuroanatomy to the human brain.
The Stereotaxic and Chemoarchitectural Atlas of the Brain of the Common Marmoset (Callithrix jacchus) is the most detailed atlas of the marmoset brain available. An essential tool for researchers developing more effective therapies for disabling and debilitating neurological disorders, the book contains:
The book combines modern imaging (MRI) with an accurate stereotaxic and chemoarchitectonic section atlas, making the fullest use of available technologies. The companion DVD includes all the images in full color. Designed by publishing neuroanatomists, this book/DVD will be a cornerstone in marmoset brain research for years to come.
Introduction
Ecology, Behavior and Evolution of the Common Marmoset
The Marmoset in Neuroscience Research
Key Features of this Book
Animals and Ethical Considerations
Methods: MRI, Perfusion and Tissue Processing
Imaging, Principles of Delineation and Abbreviation
Quantitation of Volumes and Neuronal Populations of Motor Nuclei
Bases for Delineation of Specific Regions and Nuclei
References
Named structures and abbreviations
Index of atlas plates
Atlas plates
Dr. Craig Hardman is a Lecturer within the Department of Anatomy, School of Medical Sciences at the University of New South Wales, Australia.
Professor Ken WS Ashwell is a Professor within the Department of Anatomy, School of Medical Sciences at the University of New South Wales, Australia.