Conference, Arnold and Mabel Beckman Center of the National Academies, Irvine, California, November 9-11, 2006, The National Academies

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• 1 Front Matter; 2 Conference Summary; 3 Describe a Framework for Replacing Damaged Cortical Tissue and Fostering Circuit Integration to Restore Neurological Function; 4 Build a Smart Prosthesis That Will Grow with a Child (such as a Heart Valve or Cerebral Shunt, or a Self-Healing Prosthesis); 5 Develop a Smart Prosthetic That Can Learn Better and/or Faster; 6 Brain Interfacing with Materials: Recording and Stimulation Electrodes; 7 Refine Technologies to Create Active Orthotic Devices; 8 Structural Tissue Interfaces: Enabling and Enhancing Continual Maintenance and Adaptation to Mechanical and Biologic Factors; 9 Sensory Restoration of Perception of Limb Movement and Contact; 10 Design a Functional Tissue Prosthesis; 11 Create Hybrid Prostheses That Exploit Activity-Dependent Processes; 12 Can Brain Control Guide or Refine Limb Control?; 13 Appendix: Preconference Tutorial Webcasts; 14 Appendix: Agenda; 15 Appendix: Participants

Conference, Arnold and Mabel Beckman Center of the National Academies, Irvine, California, November 9-11, 2006, The National Academies

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• 1 Front Matter; 2 Conference Summary; 3 Describe a Framework for Replacing Damaged Cortical Tissue and Fostering Circuit Integration to Restore Neurological Function; 4 Build a Smart Prosthesis That Will Grow with a Child (such as a Heart Valve or Cerebral Shunt, or a Self-Healing Prosthesis); 5 Develop a Smart Prosthetic That Can Learn Better and/or Faster; 6 Brain Interfacing with Materials: Recording and Stimulation Electrodes; 7 Refine Technologies to Create Active Orthotic Devices; 8 Structural Tissue Interfaces: Enabling and Enhancing Continual Maintenance and Adaptation to Mechanical and Biologic Factors; 9 Sensory Restoration of Perception of Limb Movement and Contact; 10 Design a Functional Tissue Prosthesis; 11 Create Hybrid Prostheses That Exploit Activity-Dependent Processes; 12 Can Brain Control Guide or Refine Limb Control?; 13 Appendix: Preconference Tutorial Webcasts; 14 Appendix: Agenda; 15 Appendix: Participants

Conference, Arnold and Mabel Beckman Center of the National Academies, Irvine, California, November 9-11, 2006, The National Academies

Select Guide Rating

• 1 Front Matter; 2 Conference Summary; 3 Describe a Framework for Replacing Damaged Cortical Tissue and Fostering Circuit Integration to Restore Neurological Function; 4 Build a Smart Prosthesis That Will Grow with a Child (such as a Heart Valve or Cerebral Shunt, or a Self-Healing Prosthesis); 5 Develop a Smart Prosthetic That Can Learn Better and/or Faster; 6 Brain Interfacing with Materials: Recording and Stimulation Electrodes; 7 Refine Technologies to Create Active Orthotic Devices; 8 Structural Tissue Interfaces: Enabling and Enhancing Continual Maintenance and Adaptation to Mechanical and Biologic Factors; 9 Sensory Restoration of Perception of Limb Movement and Contact; 10 Design a Functional Tissue Prosthesis; 11 Create Hybrid Prostheses That Exploit Activity-Dependent Processes; 12 Can Brain Control Guide or Refine Limb Control?; 13 Appendix: Preconference Tutorial Webcasts; 14 Appendix: Agenda; 15 Appendix: Participants