TY  - BOOK
AU  - Horch,Kenneth W.
AU  - Dhillon,Gurpreet S.
TI  - Neuroprosthetics Theory and Practice
T2  - Series on bioengineering and biomedical engineering
U1  - 616.8046 NEU 
PY  - 2004///
CY  - River Edge, N.J.
PB  - World Scientific
KW  - Neurons
KW  - Neural stimulation
KW  - Prosthesis
KW  - Biomechanics
KW  - Neurophysiology
N1  - Includes bibliographical references and index; I; Neuroanatomy and physiology --; 1.1; Passive models of excitable cells; Johannes Jan Struijk --; 1.2; Peripheral nervous system; K. W. Horch and P. R. Burgess --; 1.3; Anatomy and physiology of the central nervous system; Vivian K. Mushahwar, Taleen Hanania, James Ingram, Kelvin E. Jones, Susan K. Patrick and Kenneth W. Horch --; 1.4; Autonomic nervous system; Gurpreet Singh Dhillon and K. W. Horch --; 1.5; Skeletal muscle; Stanley Salmons --; 1.6; Voluntary motor control; Ronald R. Riso --; 1.7; The visual system as a neuroprosthesis substrate : anatomy, physiology, function; Gislin Dagnelie and Eyal Margalit --; 1.8; The auditory system; R. K. Shepherd --; 1.9; Neuroplasticity; Pablo A. Celnik, Michael J. Makley, Esteban Fridman and Leonardo G. Cohen --; 1.10; Spinal plasticity; Victor Pikov --; II; Extracellular stimulation and recording --; 2.1; Electrical stimulation of the peripheral nervous system : biophysics and excitation properties; Warren M. Grill --; 2.2; The theory of peripheral nerve recording; Ken Yoshida and Johannes Struijk --; 2.3; Central nervous system stimulation; F. Rattay --; 2.4; The theory of central nervous system recording; Shy Shoham and Srikantan Nagarajan --; III; Materials for stimulation and recording --; 3.1; Electrode materials for recording and stimulation; Thomas Stieglitz --; 3.2; Insulating biomaterials; David J. Edell --; 3.3; Vapor deposition of biopassivation coatings for neuroprostheses; Shashi K. Murthy, David J. Edell and Karen K. Gleason --; 3.4; Tissue reaction of electrodes : the problem of safe and effective stimulation of neural tissue; Douglas McCreery --; IV; Peripheral stimulation and recording --; 4.1; Functional adaptation of skeletal muscle and its application to cardiac assistance; Eric Monnet and Stanley Salmons --; 4.2; Peripheral nerve and muscle stimulation; J. Thomas Mortimer and Narendra Bhadra --; 4.3; Peripheral nerve recording electrodes and techniques; Ken Yoshida and Ron Riso --; V; Central stimulation and recording --; 5.1; Neural stimulation electrodes : geometric factors; David J. Anderson and James Weiland --; 5.2; CNS recording electrodes and techniques; Daryl R. Kipke, David S. Pellinen and Patrick J. Rousche --; 5.3; Spinal cord and rootlets; Arthur Prochazka and Vivian K. Mushahwar --; VI; Existing FES systems --; 6.1; Control issues for motor neuroprostheses; Dejan B. Popovic --; 6.2; Upper and lower extremity motor neuroprostheses; Kevin L. Kilgore and Robert F. Kirsch --; 6.3; Cochlear implants; P. M. Seligman and R. K. Shepherd --; 6.4; Neuromodulation and other electrostimulatory techniques; Philip E. V. Van Kerrebroeck --; 6.5; Deep brain stimulation; Erwin B. Montgomery, Jr. and Kenneth B. Baker --; 6.6; Neural recording on close spaced arrays; David J. Anderson --; 6.7; Respiratory muscle stimulation in patients with spinal cord injury; Anthony F. DiMarco --; VII; Future FES systems --; 7.1; The future of motor neuroprostheses; Robert F. Kirsch and Kevin L. Kilgore --; 7.2; Challenges to developing a neurally controlled upper limb prosthesis; Gurpreet S. Dhillon and Sanford Meek --; 7.3; Spinal cord stimulation for restoring lower extremity function; Vivian K. Mushahwar and Arthur Prochazka --; 7.4; Emerging FES applications for control of the urinary bladder; Nico J. M. Rijkhoff --; 7.5; Can vision be restored by electrical stimulation?; Eyal Margalit, Gislin Dagnelie, James D. Weiland, Eugene de Juan, Jr. and Mark S. Humayun --; 7.6; Central auditory prostheses; R. K. Shepherd --; 7.7; Vestibular prosthetics; Daniel M. Merfeld and Richard D. Rabbitt --; 7.8; Brain-computer interfaces for verbal communication; Niels Birbaumer, Ute Strehl and Thilo Hinterberger --; 7.9; Design principles of a neuromotor prosthetic device; Mijail Serruya and John Donoghue --; 7.10; Next generation of cortical devices; Patrick J. Rousche and Daryl R. Kipke --; VIII; Regulatory issues --; 8.1; Biocompatibility of neuroprotheses; Jeffery R. Nelson and Jerry R. Nelson
ER  -