Neuroprosthetics Theory and Practice / editors: Kenneth W. Horch [and] Gurpreet S. Dhillon.
Material type:
TextSeries: Series on bioengineering and biomedical engineering: v. 2.Publisher: River Edge, N.J. : World Scientific, c2004Description: xxv, 1261 p. : ill. ; 24 cmSubject(s): Neurons | Neural stimulation | Prosthesis | Biomechanics | NeurophysiologyDDC classification: 616.8046 NEU | Item type | Current location | Home library | Shelving location | Call number | Status | Notes | Date due | Barcode | Item holds |
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Book
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School of Mechanical & Manufacturing Engineering (SMME) | School of Mechanical & Manufacturing Engineering (SMME) | Reference | 616.8046 NEU (Browse shelf) | Available | Rack,7-Shelf,2 | SMME-1117 |
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.
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