Photographic Dissector for Physical Therapy Students

Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product. An accessible guide to anatomical structures and the tools used for dissection Learning and naming the many parts and systems of the human body can be a daunting task for medical and physical therapy students preparing for careers in various scientific and medical professions. With a combination of informative text and clear images, Photographic Dissector for Physical Therapy Students provides an unparalleled examination of anatomical structures and the tools used for dissection. Using visible external landmarks, students will learn how to locate internal structures and develop a better understanding of anatomy. The book offers thorough coverage of the types of tools for dissecting along with detailed photographic instructions for every step of dissection. Each tool is clearly defined with its purpose. Features • Modeled to follow the curriculum of Doctor of Physical Therapy programs, which often includes simultaneous courses in kinesiology and physiology • Clinical correlates throughout the book provide important information about function and dysfunction in order to inspire diagnostic thought • Examples are drawn from real cases in clinical practice • Each chapter contains a checklist of important structures • Exam-style multiple choice questions and answers, along with explanations and strategies for working through the questions

About the Author

James Sonne is the Gross Anatomy and Neuroscience educator for University of Central Florida's Doctor of Physical Therapy Program where he also researches the effects of physical exercise on neurodegeneration and brain aging. He earned his Ph.D. from the Department of Anatomy & Neurobiology at the University of Kentucky College of Medicine for his translational studies on the prevention of Parkinson's disease using a novel peptide delivered to the brain non-invasively by nasal spray.