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Neuroimaging Atlas of the Human Brain

MRI, DTI, and Histology

  • 1st Edition - January 1, 2020
  • Latest edition
  • Author: Jacopo Annese
  • Language: English

The field of human brain mapping is exhibiting an increased focus on the study of neural functional architecture at the system level and on individual neurological ch… Read more

Description

The field of human brain mapping is exhibiting an increased focus on the study of neural functional architecture at the system level and on individual neurological characteristics. rather than pm population-based averages. This new direction has resulted in a need for a new brain atlas that incorporates correlated radiologic and histological images representing the whole brain. Initiatives such as the Human Connectome Project are based on non-invasive techniques that afford images of the brain only at the macroscopic level, creating a growing need for an atlas that provides histological images of entire (coronal) sections that can then be easily compared to corresponding MRI and DTI images, making the correlation across modalities direct and intuitive. Neuroimaging Atlas of the Human Brain: MRI, DTI, and Histology is just such an atlas, representing the first market offering of histologic, radiologic, and labeled anatomical images of the same, entire human brain.

Key features

  • Stained histological slices through entire brain, in coronal, horizontal, and sagittal planes, with three different illustrating anatomy at the cellular level
  • Corresponding labeled anatomical (blockface) image for each slice
  • Corresponding radiologic MRI/DTI images (in vivo and ex vivo)
  • Map of major pathways in the deep white matter, based on DTI imaging
  • Multi-level classification of cortical and subcortical structures
  • Micro-photographs of crucial regions to illustrate neuroanatomical phenomena
  • Companion website hosting additional histological slices; methodological and patient information; video and multimedia components; data viewer enabling 2-D navigation of MRI, DTI and blockface volumes; graphical user interface to deliver 3-D correlated data from MRI and virtual slice files

Readership

Advanced students and researchers in neuroscience, neuroanatomy, neurophysiology; clinical neurologists, neuroradiologists

Table of contents

1. Essay on new maps of the brain in the Connectome era2. Methods3. Biographical sketch of donor4. Gross specimen pictures; surface anatomy5. Coronal, sagittal, and horizontal labeled blockface images6. 3-D models7. Detailed illustration of coronal images from multiple modalities

Product details

  • Edition: 1
  • Latest edition
  • Published: December 31, 2045
  • Language: English

About the author

JA

Jacopo Annese

Dr. Annese graduated from the University of Rome in Italy with a Masters Degree in Biology and Zoology. He obtained a Masters Degree in Neurological Sciences at University College London, U.K., and completed the Ph.D. program in Cognitive Neuroscience at Dartmouth College, Hanover, NH. He subsequently trained in Computational Anatomy at the Montreal Neurological Institute, Canada, and at the Laboratory of Neuroimaging (LONI) at the University of California, Los Angeles. From July 2006 to February 2015 he was a research faculty member Radiology at UC San Diego. In 2013 Dr. Annese established the Institute for Brain and Society, a nonprofit organization dedicated to fostering mental health and social welfare through improved knowledge and personal awareness of the brain.

Dr. Annese's work has been featured in a variety of broadcasting and publishing media, including: PBS NOVA, National Geographic, BBC, Discovery Channel, The New York Times, Bloomberg News, Financial Times Magazine, Esquire Magazine, and Discover Magazine. Dr. Annese received the prestigious Dana Foundation Brain Imaging Award, the 2010 ‘Best and Brightest award’ by the Hearst Corp., the 2011 ‘Labby’ award for best research laboratory’s web site, and was twice nominated for the Science Educator Award (Society for Neuroscience) and the 2010 AAAS Early Career Award for Public Engagement with Science. The Brain Observatory is a member of the Dana Alliance for Brain Initiatives, a national initiative dedicated to supporting educational programs that increase awareness of the brain and related subjects.

Affiliations and expertise
The Brain Observatory, San Diego, CA, USA