9780199796427-0199796424-MRI Atlas of Pediatric Brain Maturation and Anatomy

MRI Atlas of Pediatric Brain Maturation and Anatomy

ISBN-13: 9780199796427
ISBN-10: 0199796424
Edition: Abridged
Author: Cree M. Gaskin, S. Lowell Kahn, Julie A. Matsumoto, Derek Kreitel
Publication date: 2018
Publisher: Oxford University Press
Format: Hardcover 504 pages
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Book details

ISBN-13: 9780199796427
ISBN-10: 0199796424
Edition: Abridged
Author: Cree M. Gaskin, S. Lowell Kahn, Julie A. Matsumoto, Derek Kreitel
Publication date: 2018
Publisher: Oxford University Press
Format: Hardcover 504 pages

Summary

MRI Atlas of Pediatric Brain Maturation and Anatomy (ISBN-13: 9780199796427 and ISBN-10: 0199796424), written by authors Cree M. Gaskin, S. Lowell Kahn, Julie A. Matsumoto, Derek Kreitel, was published by Oxford University Press in 2018. With an overall rating of 4.5 stars, it's a notable title among other Internal Medicine (Medicine) books. You can easily purchase or rent MRI Atlas of Pediatric Brain Maturation and Anatomy (Hardcover) from BooksRun, along with many other new and used Internal Medicine books and textbooks. And, if you're looking to sell your copy, our current buyback offer is $24.44.

Description

MRI Atlas of Pediatric Brain Maturation and Anatomy and its software application offer a concise review of normal myelin, myelination, and commonly used MR techniques. Practical points on using MRI to assess the progress of brain maturation are discussed, followed by clinically relevant summaries of normal MR appearances grouped by age. The book version contains abridged sets of normal reference MR images between preterm and 3 years of age. The software proivides immediate access to over 13,000 high resolution, normal comparison MR images of subjects ranging in age from 32 gestational weeks to 3 years. Designed as both a practical clinical resource and educational tool, the software is ideal for use at the imaging workstation where one can rapidly bring up complete sets of high quality, scrollable MR reference images with guiding annotations to ensure more accurate and clinically valuable interpretations. Suspected deviations from normal brain development or MR signal can be more confidently identified or excluded, and diagnostic errors arising from unfamiliarity with the changing MR appearances of the immature brain can be minimized.

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