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Neurophysiological Basis of Movement - 2nd Edition

Neurophysiological Basis of Movement, Second Edition, has been thoroughly updated and expanded, making it more comprehensive and accessible to students. With eight new chapters and 130 pages of fresh material, this second edition covers a wide range of topics, including movement disorders and current theories of motor control and coordination. By emphasizing the neurophysiological mechanisms relevant to the processes of generating voluntary movements, the text targets advanced undergraduates or beginning graduate students who want to better understand how the brain generates control signals and how the peripheral apparatus executes them.The new chapters in Neurophysiological Basis of Movement, Second Edition, focus on motor control and motor synergies, prehension, changes in movement with aging, typical and atypical development, neuromuscular peripheral disorders, and disorders of the spinal cord, basal ganglia, cerebellum, and cortex. The text is designed so that instructors can cover all chapters or select the topics most relevant to their specific courses. In addition, this edition of Neurophysiological Basis of Movement offers these features: -A new reference section with more than 700 references, providing supplemental resources that encourage students to read and understand research literature on the neurophysiology of movements -A more reader-friendly presentation of material with an added color, improved illustrations, and introductions to the chapters that provide better transitions-A new PowerPoint presentation package that includes 8 to 15 slides of art and text for every chapter, helping instructors prepare for lectures and allowing students to better understand the material Author Mark Latash presents the material using six levels, or worlds, of analysis of the neurophysiology of movements. These worlds are cells, connections, structures, behaviors (control and coordination), evolving and changing behaviors, and motor disorders. The first three levels are the basis for the analysis of a variety of actions, such as standing, locomotion, eye movements, and reaching. Further, changes in movement with fatigue, development, aging, disorder, and rehabilitation are discussed.The text also presents six labs to help students perform experiments to address typical "template" research problems, and one-minute drills and self-test questions encourage students to think independently and to test their knowledge as they read. The answers to the self-test questions require students to think critically and explain why they selected a particular answer, as the problems have several answers with varying degrees of correctness. Neurophysiological Basis of Movement, Second Edition, promotes independent thinking and enhances knowledge of basic facts about the design of cells, muscles, neuronal structures, and the whole body for better understanding of typical and atypical movement production related to the nervous system and the functioning brain.
Product Details

Table of Contents

Chapter 1. Membranes, Particles, and Potentials; Chapter 2. Action Potential; Chapter 3. Information Conduction and Transmission; Chapter 6. Motor Units and Electromyography; Chapter 14. Cerebral Cortex; Chapter 15. The Cerebellum; Chapter 17. Ascending and Descending Pathways; Chapter 19. General Issues of Motor Control; Chapter 20. Motor Synergies; Chapter 21. Postural Control; Chapter 23. Multijoint Movement; Chapter 24. Prehension; Chapter 28. Effects of Aging; Chapter 29. Typical and Atypical Development; Chapter 35. Implications for Motor Rehabilitation.

About the Author

Mark L. Latash, PhD, is a professor in the department of kinesiology at Penn State University in University Park, Pennsylvania. Dr. Latash has authored two books, edited or co-edited six other books and published more than 200 peer reviewed articles Dr. Latash was appointed a distinguished professor of kinesiology in 2005 and has received numerous awards, including an award from Penn State, the University of Otago in New Zealand,

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