Motor Cortex in Voluntary Movements

Author:
Edition: 1
Publisher: CRC Press
Binding: Hardcover
ISBN: 0849312876

Motor Cortex in Voluntary Movements: A Distributed System for Distributed Functions (Frontiers in Neuroscience)

As one of the first cortical areas to be explored experimentally, the motor cortex continues to be the focus of intense research. Medical books Motor Cortex in Voluntary Movements. Motor Cortex in Voluntary Movements: A Distributed System for Distributed Functions presents developments in motor cortex research, making it possible to understand and interpret neural activity and use it to reconstruct movements.

Featuring viewpoints based on monkey and human studies, the book focuses on how neuronal activity changes during learning, discusses what the motor cortex encodes for, and covers the neuronal representations of voluntary movements and the mechanism of their generation during learning. Section 1 uses functional neuroanatomy and imaging studies to describe motor cortical function, and Section 2 provides an overview of studies about neural representations in the motor cortex. The third section concentrates on motor learning, and the final section highlights the reconstruction of movements using brain activity Medical books Motor Cortex in Voluntary Movements A Distributed Sy..., 9780849312878. Motor Cortex in Voluntary Movements A Distributed System For Distributed Functions, ISBN-13: 9780849312878, ISBN-10: 0849312876

Download link for Motor Cortex in Voluntary Movements: A Distributed System for Distributed Functions (Methods and New Frontiers in Neuroscience)

Motor Cortex in Voluntary Movements A Distributed System For Distributed Functions, ISBN-13: 9780849312878, ISBN-10: 0849312876

Store Search search Title, ISBN and Author Motor Cortex in Voluntary Movements: A Distributed System for Distributed Functions by Alexa Riehle, Eilon Vaadia Estimated delivery 3-12 business days Format Hardcover Condition Brand New This book presents the most current developments in motor cortex research, making it possible to read and interpret neural activity, and use it to reconstruct movements. It focuses on how neuronal activity changes during learning, what the motor cortex encodes for, a

Buy Motor Cortex in Voluntary Movements by Riehle, Alexa and Read this Book on Kobo's Free Apps. Discover Kobo's Vast Collection of Ebooks Today - Over 3 Million Titles, Including 2 Million Free Ones!

format hardback language english publication year 28 12 2004 series frontiers in neuroscience subject mathematics sciences subject 2 life sciences general title the motor cortex in voluntary movements a distributed system for distributed functions author riehle alexa editor vaadia eilon editor publisher crc pr i llc publication date dec 13 2004 pages 426 binding hardcover edition 1 st dimensions 6 50 wx 9 50 hx 1 00 d isbn 0849312876 subject science life sciences general description as one of

Medical Book Motor Cortex in Voluntary Movements

Motor Cortex in Voluntary Movements: A Distributed System for Distributed Functions presents developments in motor cortex research, making it possible to understand and interpret neural activity and use it to reconstruct movements.

Featuring viewpoints based on monkey and human studies, the book focuses on how neuronal activity changes during learning, discusses what the motor cortex encodes for, and covers the neuronal representations of voluntary movements and the mechanism of their generation during learning. Section 1 uses functional neuroanatomy and imaging studies to describe motor cortical function, and Section 2 provides an overview of studies about neural representations in the motor cortex. The third section concentrates on motor learning, and the final section highlights the reconstruction of movements using brain activity.

Revealing many exciting applications of this rapidly expanding science, this book enhances our understanding of the generation of motor commands. It is an essential resource for neuroscientists interested in motor function, rehabilitation medicine practitioners, and biomedical engineers.