Rehabilitation Research and Development Service
810 Vermont Avenue, N.W.
Washington, DC 20420
The mission of the Rehabilitation Research and Development Service is to support an Intramural Research and Development Program for improving the quality of life of impaired and disabled veterans. This is accomplished by conducting a comprehensive program of research, development, and evaluation of existing and emerging rehabilitation technology (devices, techniques, and concepts of rehabilitation). This provides for rapid transfer of Rehabilitation R&D technology and dissemination of information into the VA medical care system, allowing for greater functional independence in the activities of daily living of disabled veterans and contributes to the nation's knowledge about diseases, disability, and rehabilitation.
Areas of special emphasis include aging, physical fitness, and psychosocial rehabilitation.
In areas of prosthetics, amputation, and orthotics, VA-sponsored researchers are continuing to test new materials and use computer technology such as CAD/CAM to develop a new generation of artificial limbs. For spinal cord injuries, the use of robotics continues to be studied, as does the possibility that computer-controlled electrical stimulation can be used to restore function to paralyzed limbs. Research projects in the area of sensory aids include the continuing development of advanced mobility aids for visually impaired people, digital hearing aids for those with hearing impairment, and various studies on treatment strategies and communication systems for aphasic individuals.
The Department of Veterans Affairs Rehabilitation Research and Development Service (Rehab R&D) sponsors a national program to review proposals submitted by researchers in the field of rehabilitation. The Rehabilitation Research and Development Service Scientific Merit Review Board and ad hoc members assess proposals for their scientific and technical merit, budgetary needs, and time requirements.
The VA Rehab R&D Program's scientific and technologic operation is located at 103 South Gay Street, Baltimore, MD 21202, which consists of the following two programmatic sections:
Technology Transfer Section
Saleem J. Sheredos, Program ManagerThe Technology Transfer Section (TTS) evaluates potential products emerging from rehabilitation R&D, primarily sponsored by the VA. Requests involving non-VA funded development are also reviewed to identify products or techniques that may meet specific VA needs in one of the designated special emphasis areas: Prosthetics/Amputations/ Orthotics; Spinal Cord Injury; and Communication, Sensory, and Cognitive Aids, with aging and rehab outcomes crossing all three specialties.
The TTS is responsible for the design and management of a systematic process to validate proven rehab R&D findings and to transfer the successful outcomes into clinical use, product manufacture, and commercial availability. The ultimate goal is for timely transition of prototypes into commercially viable products and techniques that benefit veterans and non-veterans with disabilities. This process partners and coordinates the developer, a manufacturer, VA Headquarters, and clinical test sites.
Once the research idea/concept has moved into development, the outcome is usually a working prototype, which then completes successful laboratory and limited clinical trials prior to entering the technology transfer process.
The R&D principle investigator next submits a Request For Evaluation (RFE) to the TTS. The RFE elicits specific information that is used to review the appropriateness and readiness of the development as a TTS project. A RFE peer review then confirms VA's need, interest, and readiness of the developed product or technique for evaluation and clinical use. The following selection criteria are used for the review: 1) VA level of need/interest; 2)fitness for use; 3) manufacturable/pre-commercial; and 4) marketable.
Once the RFE peer review is complete and responses are positive, the TTS formulates and submits a recommended plan of action, including budget support, to the Director, Rehab R&D Service. Approval at this level commences the manufacture and evaluation phases, after which TTS prepares the final report with specific recommendations for commercial availability.
Scientific and Technical Publications Section
Jon S. Peters, Acting Program ManagerThe Scientific and Technical Publications Section (STPS) disseminates the results of VA and non-VA scientific and engineering projects among researchers, engineers, clinicians, and consumers in the United States and throughout the world. STPS distributes research, development, and clinical information through print and electronic media, including publication of the Journal of Rehabilitation and Development (JRRD), Rehabilitation R&D Progress Reports, and clinical supplements to JRRD. STPS also has an Information Resource Unit with a visual information specialist and a scientific and technical photographer.
Under the Office of Research and Development,
Rehab R&D Service has a Research and
Development Center or Unit in each of the
following locations:
Center of Excellence in Geriatric Rehabilitation
Rehabilitation Research and Development Center
VA Medical Center Atlanta
Decatur, GA 30033
Joseph G. Ouslander, MD, Director
The Atlanta Center is charged with improving the function, independence, and quality of life of Veterans aging with disabilities by working to understand the mechanisms underlying those impairments and applying this understanding to the design, testing, and evaluation of creative rehabilitative interventions.
In the fall of 1996, Joseph G. Ouslander, MD, was appointed Director of the Center. Dr. Ouslander is an internationally recognized researcher in long-term care with experience in developing and managing research centers that focus on functionally disabled older adults.
A graduate of Johns Hopkins with his MD from Case Western Reserve, Dr. Ouslander brings a wealth of general and specialized medical expertise to the Center. He is board-certified in both Internal and Geriatric medicine, in addition to being a Certified Medical Director. He sits on the editorial boards of several journals, as well as reviewing manuscripts for several more, including JAMA and The New England Journal of Medicine.
As active in teaching as in the practice of medicine, Dr. Ouslander has been on the faculties of Johns Hopkins and UCLA; he presently is Professor of Medicine at the Emory University School of Medicine, where he is Director of the Division of Geriatric Medicine and Gerontology and also Chief of Medicine at the Wesley Woods Geriatric Center. His publications of journal articles, book chapters, and monographs number in the hundreds, as do his presentations and lectures at scientific and medical conventions.
Though a Rehabilitation Research Unit has been in existence at the Atlanta VA since 1982, we were officially designated a VA Rehabilitation Research and Development Center by the 5-year plan of 1989. Despite an initial lack of space, equipment, and (for nearly 4 years) a permanent Director, the Center has made major contributions to R&D and to the care of aging Veterans with physical, sensory, and cognitive disabilities. We now have 11,000 square feet of newly renovated contiguous office and laboratory space in the main Medical Center tower and an additional 2,100 square feet of laboratory in the new clinical building.
We direct our research toward understanding the mechanisms underlying the disabilities associated with age and we apply this understanding to the design, testing, and evaluation of creative rehabilitative interventions in three areas: vision, environment and behavior, and physical performance and exercise. We also indertake projects that highlight the interactions among these areas. The Center is structured according to those three areas: supporting the researchers in each are the administrative support and the core services whose functions cut across the research and training programs: statistical and data management and dissemination of information.
The senior investigators and support group leaders meet monthly as an internal steering group to review both developmental and major research proposals, provide feedback to the investigators, make decisions on which developmental research projects should be supported, and advise the Director on major administrative issues. We benefit from a National Advisory Group of recognized experts in areas relevant to our research that meet with key Center investigators for 2 days yearly to review our research activities and suggest future directions. We also receive annual guidance from a Consumer Advisory Group of representatives from major consumer organizations that meets with investigators and staff on research directions and dissemination activities.
In addition to major research projects, a developmental research program will utilize Center core support for two projects per budget year in each of the major research areas, and one or two rehabilitation engineering projects in conjunction with a collaborative program among medical and engineering scientists at Emory and Georgia Tech. This program will promote the Center's growth and success by developing preliminary data critical for major research proposals; fostering interdisciplinary research, involving investigators from affiliated institutions, providing opportunities for graduate students and junior investigators, and developing research proposals for submission to the VA, NIH, and other funding sources. We have thus far dedicated $120,000 to the support of eight developmental projects during this budget year.
We work with our major university affiliates to identify promising graduate students and to involve them in Center research through graduate research assistanceships (GRAs) or other mechanisms. We network nationally to identify promising postdoctoral and junior investigators interested in our research areas. Students involved in Center-based training activities will be enrolled in appropriate programs at Emory (neuroscience, physical therapy, clinical psychology), Georgia Tech (biomechanical and electrical engineering, architecture), and Georgia State (kinesiology and health, gerontology), leading to MS, PhD, or MD degrees. Additionally, Emory has physician residents and fellows in Rehab Medicine and Geriatrics who can be involved in Center research. All trainees will be expected to actively participate and periodically present at the Center's research seminar/journal club. The Center has budgeted $40,000 this year to support trainees: presently, we are working with one graduate student from Georgia State and one graduate and two undergraduate students from Georgia Tech.
While our primary university affiliation historically has been with nearby Emory University, we are strengthening our relationships with Georgia Tech and Georgia State. With an enrollment of almost 12,000 students and over 2000 full-time faculty and professional researchers, Georgia Tech is the South's largest industrial and engineering research agency. Georgia State University is one of four research universities in the University System of Georgia, providing undergraduate and graduate education to 24,000 students through six colleges offering 46 different undergraduate majors, 23 master's programs, and 14 doctoral degree programs.
The gold standard of research is publication, and we are proud that so much of our research has been recognized by our peers in the field.
Center of Excellence for Functional Electrical Stimulation
A consortium of the Cleveland VA Medical Center, Case Western Reserve University, MetroHealth Medical Center, and Edison BioTechnology Center
P. Hunter Peckham, PhD, DirectorThe Functional Electrical Stimulation (FES) Center of Excellence is part of an internationally recognized consortium known as the Cleveland FES Center. It consists of the Cleveland VA Medical Center, Case Western Reserve University, Metro Health Medical Center, and Edison BioTechnology Center.
A Professor of Biomedical Engineering and Orthopaedics at Case Western Reserve University (CWRU) and Director of the Rehabilitation Engineering Center in the Department of Orthopaedics of MetroHealth Medical Center (MHMC), P. Hunter Peckham, PhD, received his BS in mechanical engineering from Clarkson College of Technology, Potsdam, NY, and the MS and PhD in biomedical engineering from CWRU. He serves as Associate Editor of the IEEE Transactions on Rehabilitation Engineering, and, in 1996/1997, chaired the National Advisory Board to the National Center for Medical Rehabilitation Research of the National Institutes of Health. His interests include rehabilitation engineering in spinal cord injury (SCI), neural prostheses, and functional electrical stimulation (FES).
Loss of central nervous system function is a major cause of disability, and presents substantial individual and family burdens as well as major economic consequences. While conventional rehabilitation maximizes the retained function of the disabled individual, few interventions increase control of the paralyzed or paretic functions. One technique that does enhance function is FES, and this technique has its roots in Cleveland, where many of its first accomplishments have been achieved. FES has made the transition from the bench to the bedside, with individuals who have lost function in their hands able to manipulate objects, who have lost function in their legs able to stand and walk, and who have lost control of their bowel and bladder regain active control.
In 1991, the FES Center was founded in Cleveland to capitalize on this work, fostering a close relationship across institutions to integrate related projects and investigators and provide resources available uniquely through resources of each institution. Recent significant accomplishments of the Center include the FDA approval of a hand grasp system and commencement of clinical trials of an advanced bladder/bowel management system. Current continuing key areas of activity include clinical development of implantable command/control systems for bilateral hand grasp and implantable systems for transfer and mobility, as well as research activities in unassisted standing, upper arm control, and evaluation of FES therapies in the treatment of stroke-related impairments.
The consortium basis of the Center provides the core support for the program, the working framework for the 20 principal investigators, and various specialized laboratory facilities. Investigators are responsible for developing their own funding outside of the core funding provided by the VA. Personnel are affiliated with the Center through a number of mechanisms: full and part-time term appointments, joint appointments with the consortium partners, and inter-agency personnel agreements. This leads to a multiinstitutional mechanism for conducting the objectives of the Center and for leveraging the grant resources that each of the member institutions has to provide.
In FY97, the Center's consortium partners generated approximately $2.6 million in funding from foundations and federal agencies other than the VA for more than 20 projects. With core funding of $880,000 and 6 VA Merit Review projects totaling approximately $1.3 million, the Center utilized approximately $4.8 million for the year.
The core funding resources are used primarily to support the infrastructure of the research consortium. Additional support is provided for assisting fellows and young investigators in establishing careers in the field and creating pathways for their own funding support: 25 individuals are so supported for at least part of FY98, amounting to a total of approximately 11 FTE. Core plus project funding provides support for 50 individuals, for a total of approximately 46 FTE.
During the past year, the Center has carried out the clinical implementation of fully implanted systems for hand-arm control in two persons with C5/6 SCI. They have obtained the ability to regain control of grasp and release and elbow extension with a fully implanted neuroprosthesis. This is the first implementation of a system including both stimulator and the control sensor. We have implanted systems for standing-transfer and stepping for two persons with incomplete tetraplegia for transfer assist and two persons with paraplegia for walking. The first system employs our 8-channel implant, while the second uses two devices to activate 8 muscles per leg. We have implemented with a percutaneous system in eight persons with stroke to reduce shoulder subluxation and accompanying dysfunction and pain. Preliminary results support the efficacy of this treatment modality. Research is underway in two parallel studies to investigate use of FES of lumbo-sacral nerves to control urination and defecation in persons with SCI. Implants have been performed on 16 persons, confirming the efficacy of this technique. We have developed a smaller, portable external control unit, primarily for use in lower extremity mobility studies: this controller allows user control of two implanted stimulators powered and controlled by radio frequency. Transfer to a manufacturer is underway.
Since 1989, the FES Center has disseminated research information through the FES Information Center, responding to more than 6,000 inquiries from individuals around the world interested in how FES can help people with disabilities. In FY97, just over 1,000 inquiries were received, representing a 31% increase over the previous fiscal year and demonstrating significant growth over recent years.
Center publications include the FES Update newsletter (circulation 8,000) and the FES Resource Guide, a 200 page sourcebook for individuals with SCI or multiple sclerosis. In 1996, we established an Internet presence with a pilot web site (http://feswww.fes.cwru.edu) that has logged as many as 1,000 visitors a month. It features a staff directory, project descriptions, our FES Update newsletter and selected bibliographies.
During the year, Center members published 20 peer-reviewed articles and book chapters, with an additional 18 in press. They gave 65 presentations at national and international meetings, and attended 17 scientific meetings. In addition to their peer-reviewed professional work, they addressed the lay audience in 71 print articles and 12 broadcast presentations.
National Center of Excellence on Healthy Aging with Disabilities
Rehabilitation Research and Development Service, Houston VA Medical Center
Arthur M. Sherwood, PE, PhD, DirectorThis new Center will conduct research directed to the elimination of preventable secondary problems and the reduction of risks for all secondary conditions related to disabilities. Researchers will seek to promote early initiation of treatment, to develop more holistic intervention programs, to educate veterans and family caregivers, and to develop better assistive devices, including mobility aids.
An author of more than 45 scientific papers, 18 book chapters, and 105 abstracts of presentations, Arthur M. Sherwood, PE, PhD, is a biomedical engineer who has worked in the area of assessment of motor and sensory function through use of surface EMG and evoked potentials for more than a quarter century. His work in recent years has focused upon the development of surface EMG techniques for quantitative assessment of motor control problems in severe spinal cord injury (SCI), including tracing residual motor control in paralysis and studies of spasticity.
The Houston Center is new; approved in May 1997, it began operations in October 1997. Approximately 40 area professionals have indicated an interest in working with the Center, and 9 projects from these individuals are in process of initiation, approval, or funding. Our focus is on collaborative, interdisciplinary research toward new clinical interventions to decrease the number of secondary complications in aging disabled veterans. Enhanced research skills of Center personnel will enable the Center to address an increasing number of important clinical problems. Education programs aimed at the consumer, family caregiver, and general public will convey strategies leading to more healthful lifestyles, increased independence, and a consequent increased quality of life for those veterans.
The majority of the Center staff are members of the faculty of the Department of Physical Medicine and Rehabilitation of Baylor College of Medicine. Services of those not directly employed by the DVA have been secured through a sub-contract negotiated with Baylor College of Medicine. This contract, totaling nearly $200,000, covers full or partial support for seven faculty and one staff individual. The Center's investigators have a broad array of expertise and research interests, including fitness, nutrition, sexual function and mobility, and motor control. Serving their studies, we have motor and sensory laboratories, prosthetics shops, and a variety of biological laboratories. We are developing a database to capture information from veterans seen through the clinics and admitted to the services for inpatient care. This database will have two basic components: 1) a registry of all persons over 50 years of age with disabling conditions, 2) a sample database containing detailed information on a sample of persons over 50 years of age admitted for inpatient services. By collecting basic demographic, social, medical and disability data on every person seen by the three services in the Center, we shall be better able to identify specific areas for further research and to provide subject information for research studies developed by the Center.
As the Center did not establish operation until fall 1997, there is no recent work to report. However, the investigators now active in Center programs published widely during the past year.
Center of Excellence on Mobility
VA Palo Alto Health Care System Rehabilitation R&D Center
Felix E. Zajac, PhD, DirectorThis Center's task is to increase the independence and improve the quality of life of persons with neurologic and orthopedic impairments through the development of innovative treatments and technical devices.
Recipient of many awards in engineering and biomechanics, Felix E. Zajac, PhD, serves in a number of advisory capacities to the National Institutes of Health; he is a member of the Scientific Advisory Board of the Paralyzed Veterans of America and a Founding Fellow of the American Institute of Medical and Biological Engineering.
Dr. Zajak is currently a Professor of Mechanical Engineering in both the Biomechanical Engineering Division (School of Engineering), and the Department of Functional Restoration (School of Medicine) of Stanford University; he has been the Director of the Rehabilitation R&D Center of the Veterans Affairs Palo Alto Health Care System since 1979. He holds the BEE from Rensselaer Polytechnic Institute and both the MS in Electrical Engineering and the PhD in Neurosciences from Stanford. Building on past work on the properties of motor units, Dr. Zajac currently studies the dynamics, muscular coordination, and sensory control of multiarticular motor tasks, with application to the rehabilitation of persons with neurologic and orthopaedic impairments.
The Center he directs, the VA Palo Alto Rehabilitation R&D Center of Excellence on Mobility, is dedicated to developing clinical treatments and technological devices for physically disabled veterans and others, in order to increase their independence and improve their quality of life. Focusing on the improvement of mobility in persons with neurologic or orthopaedic impairments, the Center's primary emphasis is on restoring and enhancing muscle coordination in persons who have had a stroke or have sustained a spinal cord injury (SCI), and on restoring and maintaining musculo-skeletal function and integrity in persons with osteoporosis, arthritis, or SCI. We also perform basic research to better understand the way in which the nervous system coordinates muscles during complex motor tasks, and the way in which bone grows, maintains, and regenerates itself.
The Core budget is allocated to salaries, startup projects, and common resource equipment of the Center, and amounts to $1.36 million for FY97. In the same year, the Center received nearly $1.22 million in VA Rehabilitation R&D Merit Review project monies and another $54,194 for projects under the VA Medical Merit Review. We secured an additional $634,000 from non-VA sources, including the National Institutes of Health, The Paralyzed Veterans of America, The Whitaker Foundation, and others.
The Center has a long-standing affiliation with the Stanford University, particularly with the Departments of Mechanical Engineering (and its new Biomechanical Engineering Division), and Functional Restoration. In fact, all Center investigators have faculty/lecturer appointments in these departments. Graduate and undergraduate Stanford students are routinely involved in Center projects. Investigators also regularly collaborate with outside institutions in areas of relevance to the Center mission.
Center investigators are currently doing basic research in such areas as, the effect of exercise on the ambulation of stroke patients, and mechanically assisted upper limb movement for them; the noninvasive investigations of musculoskeletal function and the assessment of that function by automated evaluation of electromyograms; work in grafting of peripheral nerves, and comparison of synthetic and autologous connective tissue grafts; the reliability and validity of accelerometric gait, and the functional restoration of grasp in quadriplegia; the basic mechanics of function, and the feasibility of video-based assessment of that function. They are also studying the skeletal changes after spinal cord injury and cast immobilization, the the theory and modeling of bone adaptation during disuse and recovery, and the modeling of tendon development, adaption, and regeneration; the mechanical regulation of peri-prosthetic tissue differentiation, computer simulation analysis of coordination deficits post-stroke, and mechanical loading effects on cartilage repair and regeneration. At the most basic level, they are working on models of human postural coordination, and the intermuscular coordination of mammalian movement.
In the area of applied technology, Center researchers are investigating obstacle avoidance training with computer-simulated environments, the development of an assistive robot for effective health care delivery, and differential pressure walking assistance.
During the past year, they have published numerous works, in additions to presentations and lectures to professional organizations.
Portland RR&D Center for Rehabilitative Auditory Research
Portland VA Rehabilitation Research and Development Center
Stephen A. Fausti, PhD, DirectorThis new Center for Rehabilitative Auditory Research will work to alleviate the communicative, social, and economic problems resulting from auditory system impairment by focussing on basic research and development, the training of investigators, and the dissemination of results useful to clinicians who assess and treat veterans with hearing loss and tinnitus.
Chief of Audiology at the Portland VA Medical Center for 25 years, Dr. Fausti has extensive experience as a researcher, clinician, and academician. He is Professor of Audiology in the Department of Otolaryngology of Oregon Health Sciences University, and Adjunct Professor of Audiology at Portland State, both of Portland, and an Editorial Associate of the Journal of the American Academy of Audiology.
His work in various phases of high-frequency audition and ototoxicity monitoring has also received continuous Medical and Rehabilitation R&D Merit Review funding since 1977. He and his group produced the first papers describing the validity and reliability of high-frequency (>8000 Hz) hearing thresholds and subsequently their efficacy in monitoring hearing for early detection of ototoxicity. Data from these studies formed the basis of national guidelines for a standardized ototoxicity monitoring protocol by the American Speech-Language-Hearing Association. More recently, his program launched investigations into the auditory brainstem response (ABR) as an objective measure of high-frequency auditory function for evaluating patients who cannot provide reliable results to behavioral evaluation methods. In the area of tinnitus his work has led to the development and investigation of an automated tinnitus evaluation system, which obtains reliable measures of hearing thresholds, tinnitus pitch and tinnitus loudness. This research has involved multiple participating sites from 1988 onward: Dr. Fausti has a well-developed expertise in overseeing large multisite prospective studies.
Dr. Fausti's experience and network of collaborative investigators made Portland an ideal site for the new Center, begun October 1997 to alleviate the communicative, social, and economic problems resulting from sensorineural hearing loss (SNHL) and tinnitus.
Rehabilitation of persons with SNHL and efficacious alleviation of tinnitus, especially prevalent disorders among veterans because of their history of noise exposure compounded by aging, are the focus of current and future research efforts.
Speech perception is dependent upon complex functional processes that occur within the peripheral and central auditory nervous system. Auditory disorders in the peripheral auditory system manifest in numerous ways beyond the obvious reduction in auditory sensitivity. For example, impairments in frequency and temporal resolution, loudness growth, sound localization and speech recognition are reportedly impaired by SNHL, and the relationships among these various changes are unclear and their combined effect on speech recognition still speculative.
While developments in programmable hearing aids are impressive, technology has outpaced our knowledge of the effect of SNHL on the auditory system and speech recognition. Today's tests of speech recognition are poor predictors of speech perception in real life environments. Center will address this problem through a multidisciplinary approach, including some basic research clarifying effects of sensorineural loss on frequency selectivity, temporal resolution, and localization; and applied research designed to provide new methods for assessing speech recognition tests. Other areas of inquiry are the development of hearing aids and assistive devices, which will aid veterans with multisensory disabilities (hearing loss and blindness). Rehabilitative inquiry aims at correcting functional impairments. Identification and correction of impairments permits specific targeting of rehabilitation efforts.
The Center is currently affiliated with Portland State University, Oregon State University, and the Oregon Health Sciences University (OHSU), including the Departments of Otolaryngology and Neurology and the Oregon Hearing Research Center at the latter. We work closely with the VA Medical Centers at West Los Angeles, CA, Nashville, TN and Albuquerque, NM to conduct jointly sponsored clinical trials with the National Institutes of Health, NIDCD, and the Lexington Center for the Deaf.
Grant support for FY97 consists of $474,000 in direct funding from the VA (both Medical and Rehabilitation R&D) and the NIDCD.
In addition to presentations and courses conducted at meetings of professional associations, Center researchers publish widely.
Research and Development Center for Amputation, Prosthetics, Limb Loss Prevention
VA Puget Sound Health Center, Seattle, WA
Bruce Sangeorzan, MD, DirectorThis Center was developed to study the prevention of amputation, improvement of lower limb prosthetics, and measurement of outcomes for these patients; and to establish a collaboration between the VA, Departments of Orthopedics and Rehabilitation Medicine at the University of Washington, and the Prosthetics Research Study Group.
A National Merit Scholar, Bruce J. Sangeorzan, MD, holds the BS in biology from the University of Michigan and the MD from Wayne State. In addition to directing the Center, he is active in both his medical practice and teaching: he is Chief of Orthopedics at the Seattle VA Medical Center and Professor of Orthopaedic Surgery at the University of Washington. He also serves as an Associate Editor for two peer-reviewed journals and reviews manuscripts for four more. Author of some 50 articles and chapters in professional journals and books, he has delivered 125 invited lectures on orthopedics and presented original work to professional meetings across the U.S.
Dr. Sangeorzan oversees a Center that continues the strong tradition of interdisciplinary amputation research dating back to Dr. Ernest Burgess' initiation of the team approach to prosthetics and amputation in the 1960s that, by the 80s, had grown into the Special Teams for Amputation Mobility Prosthetic/Orthotic (STAMP) program. One of the first to routinely test aging veterans for diabetes (the leading cause of nontraumatic lower-limb loss) Puget Sound has long been a magnet for referrals of veterans with limb-at-risk and amputation-related problems.
The Center's overall goal is to establish a community of clinical and basic scientists to pursue research objectives in the area of lower limb prosthetics and amputation. We shall seek ways to improve the possibility of preservation of the lower limb, working to make more effective decisions with regard to the surgical issue of amputation versus salvage. Since level is a key factor in abulation and independence, we shall study the effect of location of amputation and its relationship to wound healing and postamputation function and evaluate the mechanical function of prosthetics to allow the optimal design for each individual, continuing our efforts to improve the process of fitting, design, and function of current prostheses.
Overall, we shall measure functional outcomes of the persons we treat, tracking the results of innovation in terms of their positive impact on the lives of veterans, and we shall continue to disseminate the information we discover.
The following VA Medical Centers have reported projects sponsored fully or in part by the Department of Veterans Affairs Rehabilitation Research and Development Service. (Note: VA Centers are listed alphabetically by state.)
Birmingham VA Medical Center 700 South 19th St. Birmingham, AL 35233 |
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Number | |
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Improvements in a New Technique for Increasing Movement after Stroke | 112 |
The Effects of Spinal Instrumentation | 260 |
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John L. McClellan Memorial Veterans Hospital 4300 West Seventh St. Little Rock, AR 72205-5484 |
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Number | |
Performance-Based Prevention/Rehabilitation of Falls in Elderly Veterans | 99 |
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West Los Angeles VA Medical Center Brentwood Division, Wilshire and Sawtelle Blvd West Los Angeles, CA 90073 |
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Number | |
Functional Electrical Stimulation of Spinal Cord Injured Patients: Effects on Muscle Blood Flow and Metabolism | 89 |
Computerized Adaptive Methods for Selecting Hearing Aids | 227 |
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Long Beach VA Medical Center 5901 E. Seventh St. Long Beach, CA 90822 |
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Number | |
Gait Mechanics of the Partial Foot Amputee | 18 |
Effect of the Bankart Lesion on Anterior Joint Stability with Simulated Glenohumeral Muscle Forces | 30 |
Biomechanics of the Patellofemoral Joint and Peripatellar Retinaculum | 31 |
Optokinetic Testing for Diagnosis and Rehabilitation of Balance Disorders | 60 |
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Palo Alto VA Medical Center 3801 Miranda Ave. Palo Alto, CA 94304 |
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Number | |
Fracture Occurrence and Healing in Spinal Cord Injured Patients | 32 |
Mechanical Loading Effects on Cartilage Repair and Regeneration | 33 |
Obstacle Avoidance Training with Computer Simulated Environments: A Pilot Study | 40 |
Video-Based Functional Performance Assessment and Training Tool: A Pilot Study | 61 |
Reliability and Validity of Accelerometric Gait and Balance | 100 |
Limb Manipulation under Patient Control: A Pilot Study | 113 |
Development of an Assistive Robot for Effective Health Care Delivery | 139 |
Automatic Decomposition of the Electromyogram | 161 |
Modeling Tendon Development, Adaptation, and Regeneration: A Pilot Study | 174 |
Functional Restoration of Grasp in Quadriplegia | 261 |
Skeletal Changes after Spinal Cord Injury and Cast Immobilization | 262 |
Clinical Trial of Artificial Peripheral Nerve Graft | 263 |
High-Frequency Magnetic Stimulation of the Bladder and Bowel | 264 |
Comparison of Semi-Synthetic and Autologous Connective Tissue Grafts: A Pilot Study | 295 |
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San Diego VA Medical Center 3350 La Jolla Village Dr. San Diego, CA 92161 |
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Number | |
Physiological Basis of Strength following Surgical Tendon Transfer | 162 |
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Denver VA Medical Center 1055 Clemont St. Denver, CO 80220 |
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Number | |
The Role of Imagery in Auditory Comprehension in Brain-Damaged Adults | 114 |
Improved Bone Cement Fatigue Resistance via Controlled Strength Interfaces | 192 |
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West Haven VA Medical Center 950 Campbell Ave. West Haven, CT 06516 |
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Number | |
Rehabilitation Effects of Pay, Activity, and Support Intensity on Schizophrenia | 226 |
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Miami VA Medical Center 1201 Northwest 16th St. Miami, FL 33125 |
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Number | |
Disuse-Induced Articular Cartilage Atrophy, Over-Exercise, and Arthritis | 193 |
Spinal Cord Injury-Induced Bone Loss | 248 |
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Atlanta VA Medical Center 1670 Clairmont Rd. Decatur, GA 30033 |
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Number | |
The Effect of Hydrostatic Pressure on Intervertebral Disc Metabolism | 34 |
Age-Related Changes in the Triceps Surae Stretch Reflex and Postural Control | 101 |
Exercise Program Designs for Older Adults | 102 |
Behavioral and Functional Problems in Dementia Patients with Sensory Loss | 103 |
Evaluation of Interventions to Prevent Elopement among Nursing Home Patients | 104 |
Development of a Database of Cane Techniques | 239 |
A Study of Illumination Sources for Low Vision Individuals | 240 |
Measuring Low Vision Reading Assessments Using a Scanning Laser Ophthalmoscope | 241 |
Design and Evaluation of Liquid Crystal (LC) Dark-Adapting Eyeglasses for Persons with Low Vision | 242 |
Long-Term Strength Training and Functional Status in Older Adults | 308 |
Team Characteristics and Patient Outcomes on VA Rehabilitation Services | 307 |
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VA Medical Center Highway 6 West Iowa City, IA 52240 |
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Number | |
Changes in Auditory Abilities with Hearing Aid Use | 228 |
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Chicago VA Medical Center (Lakeside) 333 E. Huron St. Chicago, IL 60611 |
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Number | |
Technology Transfer of a Computer-Aided Socket Fabrication Technique | 1 |
Generalized Epp Position Controller for Electric-Powered Upper-Limb Prostheses | 4 |
A Study to Determine the Biomechanical Effects of Shock-Absorbing Pylons | 19 |
Finite Element and Gait Analysis: Tools for Prosthesis Design | 26 |
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Chicago VA Medical Center (West Side) 820 S. Damen Ave. Chicago, IL 60612 |
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Number | |
Evaluation of Central and Peripheral Vision Enhancement Devices for Driving | 243 |
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Edward Hines Jr. VA Hospital 5th Ave. and Roosevelt Rd. Hines, IL 60141 |
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Number | |
Colonic Rehabilitation with Microstimulators after Spinal Cord Injury | 68 |
Rehabilitation of Urinary Incontinence Using Stimulated Muscle Flaps: A Pilot Study | 69 |
Polestriding Exercise and Vitamin E for Management of Claudication Pain | 190 |
Effect of Surgical Procedures on the Stability of the Lumbar Motion Segment | 208 |
Compliance Monitor to Measure Patient Wearing Time for Spinal Orthoses | 212 |
Microphotodiode Tiles as Prostheses for the Restoration of Visual Function | 244 |
Effect of Supported Standing and Upper Body Exercise on Lower Extremity Spasticity in Persons with Spinal Cord Injury | 249 |
Treatment of Sciatic Nerve Injury with Gonadal Steroids | 265 |
Gonadal Steroids as Rehabilitative Agents after Partial Spinal Cord Injury | 266 |
Fecal Incontinence Treatment in SCI Patients: A Pilot Study | 267 |
Prophylactic Monitoring of Bladder Pressure and Volume | 268 |
Quantitative Study and Augmentation of Cough in Persons with Spinal Cord Injury | 269 |
Cortical Sensorimotor Reorganization in Spinal Cord Injury | 270 |
Enhanced Carbon Filament Prostheses as Substrates for Regrowth of Injured Spinal Cord: Immunocytochemical Studies | 282 |
Electric Fields and Carbon Fibers in the Treatment of Spinal Cord Injury: Comparison of Different Current Levels | 283 |
|
|
Richard L. Roudebush VA Medical Center 1481 W. 10th St. Indianapolis, IN 46202 |
|
Number | |
Is There an "Acclimatization Effect" with Hearing Aids? | 229 |
|
|
New Orleans VA Medical Center 1601 Perdido St. New Orleans, LA 70146 |
|
Number | |
Transport of NGFs±MIF-1 into Spinal Cord | 250 |
|
|
VA Outpatient Clinic 21 Causeway St. Boston, MA 02114 |
|
Number | |
Quantitative Posturography: Age-Related Changes in Postural Stability | 105 |
|
|
Brockton/West Roxbury VA Medical Center 940 Belmont St. Brockton, MA 02401 |
|
Number | |
FES-Aided Paraplegic Gait Using a Controllable Friction Brake | 90 |
Randomized Controlled Trial of Upper-Extremity Exercise Training in Patients with COPD | 106 |
Modification of Polyethylene to Improve the Wear Performance of Joint Replacement Prostheses | 204 |
Advanced Technology Neural Information Sensors for Prosthetic Control by Quadriplegics | 271 |
Device for Treatment of Peripheral Nerve Injury | 284 |
|
|
Baltimore VA Medical Center
10 N. Greene St. Baltimore, MD 21201 |
|
Number | |
Wheelchair Propulsion Performance in Young, Middle-Aged, and Elderly | 55 |
Low Vision Enhancement System (LVES) | 245 |
|
|
Ann Arbor VA Medical Center 2215 Fuller Rd. Ann Arbor, MI 48105 |
|
Number | |
Rising from the Floor in Older Adults | 107 |
|
|
Detroit VA Medical Center 4646 John Rd. Detroit, MI 48201 |
|
Number | |
Immunological Responses to Implant Biomaterials following Arthroplasty | 194 |
|
|
Kansas City VA Medical Center 4801 Linwood Blvd. Kansas City, MO 64128 |
|
Number | |
Post-Stroke Rehabilitation: A Pilot Study | 62 |
Development of the Scanning Laser Opthalmoscope for Low Vision Rehabilitation: Phase 2 | 246 |
|
|
Durham VA Medical Center 508 Fulton St. Durham, NC 27705 |
|
Number | |
A Biodegradable Device for Peripheral Nerve Repair | 272 |
A Study of VA Stroke Rehabilitation Services and Patient Outcomes | 309 |
|
|
Salisbury VA Medical Center 1601 Brenner Ave. Salisbury, NC 28144 |
|
Number | |
Factors Leading to Disuse of Low Vision Devices by Visually Impaired Elderly | 247 |
|
|
Omaha VA Medical Center 4101 Woolworth Ave. Omaha, NE 68105 |
|
Number | |
A New Bioelectric Method for early Diagnosis of Delayed Fracture Healing | 303 |
Stimulation of Bone Healing Using Bone-Matrix-Related Biomaterials | 304 |
|
|
East Orange VA Medical Center 385 Tremont Ave. East Orange, NJ 07018 |
|
Number | |
Acclimatization in Monaurally Fitted Adults | 230 |
Cause of Male Infertility after Spinal Cord Injury and Its Prevention | 251 |
Acute Effects of SCI on Sperm Function | 273 |
|
|
Albuquerque VA Medical Center 2100 Ridgecrest Dr., SE Albuquerque, NM 87108 |
|
Number | |
Evaluation of Nonauditory Factors that Affect Hearing Aid Use in Elderly Veterans | 231 |
|
|
Neuromuscular Research Center 44 Cummington St., 5th floor Boston, MA 02215 |
|
Number | |
Effects of Aging on Motor Unit Firing Behavior | 176 |
A Minimal Effort Test for Patients in Pain Using the Back Analysis System | 209 |
Back Exercise Prescription and Implementation by Surface Electromyographic Procedures | 210 |
|
|
Samuel S. Stratton VA Medical Center 113 Holland Ave. Albany, NY 12208 |
|
Number | |
Factors Affecting Time Between CVA Onset and Rehabilitation in the VA | 115 |
|
|
Brooklyn VA Medical Center 800 Poly Pl. Brooklyn, NY 11209 |
|
Number | |
Orthotics Design with Advanced Materials and Methods: A Pilot Study | 213 |
|
|
Castle Point VA Medical Center Castle Point, NY 12511 |
|
Number | |
Comparison of Lower-Limb Artery Size in Men and Women with and without Peripheral Vascular Disease: A Pilot Study | 191 |
|
|
New York VA Medical Center 423 E. 23rd St. New York, NY 10010 |
|
Number | |
Clinical Testing of the Enhanced VA-Cyberware BK Prosthetics Optical Digitizer | 27 |
Developmental Enhancement and Application of the VA-Cyberware Prosthetics-Orthotics Optical Laser Digitizer | 20 |
Computer-Aided Design and Computer-Aided Manufacturing of Orthopedic Footwear | 214 |
Feasibility of Priming to Predict Cuing Responsiveness in Aphasia Treatment: A Pilot Study | 234 |
|
|
Syracuse VA Medical Center 800 Irving Ave. Syracuse, NY 13210 |
|
Number | |
Cortical Contributions to the Recovery of Motor Function | 116 |
|
|
Cleveland VA Medical Center 10701 East Blvd. Cleveland, OH 44106 |
|
Number | |
Restoration of Forearm and Elbow Functions by FNS | 79 |
Functional Neuromuscular Systems for Upper Extremity Control | 80 |
Out-Of-Laboratory, Feedback-Controlled FNS for Locomotion | 91 |
Restoration of Gait in Acute Stroke Patients Using FNS | 92 |
FES Mobility in Paraplegia: Rf-Controlled Implanted System | 93 |
Neuroprosthetic Control of Bladder and Bowel in Spinal Cord Injury Patients | 274 |
Electrical Activation of the Diaphragm for Ventilatory Assist | 275 |
|
|
Dayton VA Medical Center 4100 West 3rd St. Dayton, OH 45428 |
|
Number | |
Muscle Strength and Functional Performance in Parkinson's Disease: A Pilot Study | 177 |
|
|
Portland VA Medical Center 3710 Southwest U.S. Veterans Hospital Rd. Portland, OR 97207 |
|
Number | |
Development of an Assistive Robot for Effective Health Care Delivery | 139 |
Problem-Solving Strategies of Brain-Injured and Normal Subjects | 235 |
|
|
Philadelphia VA Medical Center University and Woodland Aves. Philadelphia, PA 19104 |
|
Number | |
Developing Veterans Administration Rehabilitation-Related Groups: A Pilot Study | 310 |
|
|
Pittsburgh VA Medical Center (Highland Dr.) Highland Drive Pittsburgh, PA 15206-1297 |
|
Number | |
Minimizing Falls in the Elderly | 108 |
Development of an Assistive Memory Device for Patients with Severe Amnesia: A Pilot Study | 142 |
Quantifying Spoken Language Handicap in Aphasia | 236 |
Manual Wheelchair User Upper Extremity Pain | 252 |
Design and Selection Guidelines for Wheelchair Rider Comfort | 285 |
|
|
Pittsburgh VA Medical Center (University Dr.) University Drive C Pittsburgh, PA 15240 |
|
Number | |
N-Acetylaspartate: A Predictor of Outcome in Neurorehabilitation | 117 |
Biochemical Analysis of Synovial Activation in Joint Dysfunction | 195 |
Effect of Component Placement on the Patellofemoral Joint Kinetics with Total Knee Arthroplasty | 205 |
|
|
Ralph A. Johnson VA Medical Center 109 Bee St. Charleston, SC 29403-5799 |
|
Number | |
Fatigue Strength of Composite Femoral Components for Hip Arthroplasty | 200 |
|
|
Mountain Home VA Medical Center Mountain Home, TN 37684 |
|
Number | |
Evaluation of Word-Recognition Performance with Sentence Materials | 233 |
|
|
Nashville VA Medical Center 1310 24th Ave., South Nashville, TN 37212-2637 |
|
Number | |
Cultural Influence on Aphasia in African-Americans | 118 |
Sensitivity and Specificity of a Clinical Examination of Swallowing | 180 |
|
|
Houston VA Medical Center 2002 Holcombe Blvd. Houston, TX 77030-4298 |
|
Number | |
Establishing Standards of Care: Upper Limb Prosthetic Services | 5 |
Effects of Medications on Spasticity in Spinal Cord Injury: A Quantitative Study | 276 |
Prevention of Recurrent Pressure Ulcers after Myocutaneous Flap | 296 |
Use of Tretinoin to Prevent Pressure Ulcers in Spinal Cord Injury Patients | 297 |
|
|
Audie L. Murphy Memorial Veterans Hospital 7400 Merton Minter Blvd. San Antonio, TX 78284 |
|
Number | |
Long-Term Evaluation of Maxillary Sinus Bone Grafts with Dental Implants | 109 |
|
|
Salt Lake City VA Medical Center 500 Foothill Blvd. Salt Lake City, UT 84148 |
|
Number | |
Analysis and Treatment of Apraxic Sound Errors | 237 |
|
|
Hunter Holmes McGuire VA Medical Center 1201 Broad Rock Blvd. Richmond, VA 23249 |
|
Number | |
An In-Vivo Model for Cartilage Regeneration | 196 |
|
|
White River Junction VAM&ROC North Hartland Rd. White River Junction, VT 05009 |
|
Number | |
Implant Retrieval Research, Results and Conclusions, 1988-98: A Special Report | 202 |
The Examination of Explanted, Uncemented Orthopaedic Prostheses | 201 |
|
|
Seattle VA Medical Center 1660 South Columbian Way Seattle, WA 98108 |
|
Number | |
Clinical and Laboratory Study of Amputation Surgery and Rehabilitation | 2 |
Biomechanics of Foot Deformities and Alternatives for Surgical Correction | 35 |
Quantitative Measurement of Upper Limb Spasticity: a Pilot Study | 178 |
Clinical Trial of Footwear in Patients with Diabetes | 215 |
A Prospective Study of Plantar Foot Pressure and Diabetic Foot Ulcer Risk | 305 |
|
|
William S. Middleton Memorial Veterans Hospital 2500 Overlook Terrace Madison, WI 53705 |
|
Number | |
Development of Quality of Life Measures for Use in Dysphagia | 63 |
Effects of Age on Oropharyngeal Swallowing | 181 |
|
|
Clement J. Zablocki VA Medical Center
5000 West National Ave., Milwaukee, WI 53295 |
|
Number | |
Design of a Motorized Prone Cart | 289 |
|
|
Rehabilitation R&D Engineering Center
VA Medical Center, 3801 Miranda Ave., Palo Alto, CA 94304 |
|
Number | |
Computer Simulation Analysis of Coordination Deficits in Post-Stroke Hemiplegia | 127 |
|
|
Rehabilitation R&D Unit VA Medical Center (Atlanta), 1670 Clairmont Rd. Decatur, GA 30033 |
|
Number | |
Host the 9Th International Mobility Conference IMC 9 | 317 |
|
|
Part B: Non-VA Sponsoring Organizations | |
|
|
American Occupational Therapy Foundation 1383 Piccard Drive, Box 1725, Rockville, MD 20850 |
|
Number | |
Relation of Rehabilitation Intervention to Functional Outcome | 315 |
|
|
AO Foundation Paoli, PA 19301 |
|
Number | |
Impact-Induced Post-Traumatic Arthritis Model | 207 |
|
|
Bloorview Foundation 350 Rumsey Rd. Toronto Ontario M4G 1R8 |
|
Number | |
Cellink, Cellular Telephone Interface | 144 |
|
|
Bloorview MacMillan Centre 350 Rumsey Rd. Toronto Ontario M4G 1R8 |
|
Number | |
Improving Resonance and Articulation through Videonasopharyngoscopic Feedback | 238 |
|
|
Bloorview Children's Hospital Foundation Toronto, M4G 1R8, Ontario Canada |
|
Number | |
Remote Rehabilitation Services Network | 128 |
|
|
Boston University 705 Commonwealth Ave. Boston, MA 02215 |
|
Number | |
A Minimal Effort Test for Patients in Pain Using the Back Analysis System | 209 |
Back Exercise Prescription and Implementation by Surface Electromyographic Procedures | 210 |
|
|
Camera di Commercio di Torin Torino, Italy |
|
Number | |
Repeatability of Estimates of Myoelectric Signal Variables and Parameters | 163 |
Model-Based Understanding and Teaching of Surface EMG | 164 |
|
|
Crippled Children's Association of South Australia Inc. Regency Park, South Australia 5942 |
|
Number | |
The Ausmap Database: Customizing MinspeakTM Vocabulary for Australian Use | 129 |
Computer Access Selector and Vocaselect | 143 |
|
|
Centers for Disease Control 1600 Clifton Road, NE Atlanta, GA 30333: Web: http://www.cdc.gov |
|
Number | |
Breast Cancer Screening among Women with Disabilities | 157 |
Violence Against Women with Physical Disabilities | 156 |
Clinical Trial of Footwear in Patients with Diabetes | 215 |
|
|
Ciba-Geigy Jubileum Stiftung Basel, Switzerland |
|
Number | |
Effects of Intramuscular Aponeurotomy and Recovery on Pennate Skeletal Muscle | 165 |
|
|
Cleveland Clinic Foundation Research Institute 9500 Euclid Avenue, Cleveland, OH 44195 |
|
Number | |
Measuring Functional Abilities of Wheelchair Users: Design Criteria for Wheelchair Securement | 66 |
Clinical Assessment of Seated Stability during Transportation | 293 |
|
|
Conseil de Recherches Medicales No address listed. |
|
Number | |
Quantification of Muscular and Tendinous Forces of the Hand during Static Effort | 56 |
|
|
Delft University of Technology Laboratory for Measurement & Control, Mekelweg 2 Delft, 2628 CD, The Netherlands |
|
Number | |
The Wilmer Cosmetic Prosthetic Prehensor for Children | 6 |
Voluntary-Closing Hand Prosthesis | 13 |
Designing a Ballistic Walking Biped: Actively Variable Passive Stiffness | 41 |
|
|
Department of the Army The Pentagon, VA 20310 |
|
Number | |
The Role of Orthotic Intervention in Resolution of Plantar Fasciitis | 216 |
|
|
Dutch Organization for Scientific Research
(NWO) Amsterdam, The Netherlands |
|
Number | |
Development of a Shoulder and Elbow Musculoskeletal Model: Clinical and Ergonomic Applications | 36 |
|
|
Drexel University (The Calhoun Fellowship
Endowment) 34th and Ludlow, Philadelphia, PA 19104 |
|
Number | |
Determination of the Effect of Range of Motion Changes in an Articulated Ankle Foot Orthosis on Lower Limb Muscle Demands | 225 |
|
|
Department of Special Education and
Rehabilitation No address listed. |
|
Number | |
Special Projects and Demonstration: Applications of Technology to Enhance Quality of Life--A Community Model | 136 |
Trans-Train: Transdisciplinary Training of Rehabilitation Personnel in Assistive Technology | 137 |
|
|
Down's Syndrome Research Fund 9823 S. Hamlin Avenue Evergreen Park, IL 60642 |
|
Number | |
Simple Two-Joint Synergy in Individuals with Down Syndrome | 179 |
|
|
Dundee University Dundee, DD1 4HN, Scotland |
|
Number | |
Detection of Osteoporosis through Computerized Analysis of Distal Radius X-Rays | 37 |
|
|
Dutch Prevention Fund Amsterdam, The Netherlands |
|
Number | |
Performance Capacity and Physical Strain in Subjects with a Spinal Cord Injury | 253 |
|
|
Easter Seal Research Institute of Ontario 250 Ferrand Drive, Suite 200 Don Mills, ON M3C 3P2, Ontario Canada |
|
Number | |
Development of a Shoulder and Elbow Musculoskeletal Model: Clinical and Ergonomic Applications | 36 |
Health Behaviors in School-aged Children with Physical Disabilities | 318 |
|
|
EC: Telematics Programme Brussels, Belguim |
|
Number | |
Daily: Makes Daily Life Easier | 130 |
|
|
Engineering and Physical Sciences Research
Council Glaskow, UK |
|
Number | |
Development of a Biomechanical Model of the Interface Between the Stump and the Prosthesis for Transfemoral Amputees | 22 |
|
|
Fondazione Cassa di Risparmio & Compagnia di San
Paolo di Torino Veruno, Italy |
|
Number | |
Repeatability of Estimates of Myoelectric Signal Variables and Parameters | 163 |
Model-Based Understanding and Teaching of Surface EMG | 164 |
|
|
Food and Drug Administration 5600 Fishers Lane, Rockville, MD 20857-0001 |
|
Number | |
Implantable FNS Systems for Standing Transfers | 97 |
|
|
Fondazione S. Maugeri, Regione Piemonte Veruno, Italy |
|
Number | |
Repeatability of Estimates of Myoelectric Signal Variables and Parameters | 163 |
Model-Based Understanding and Teaching of Surface EMG | 164 |
|
|
Fonds de la Recherche en Sante du Quebec 550 Ouest, rue Sherbrooke, Bureau 1950 Montreal, H3A 1B9, Quebec Canada |
|
Number | |
Characterization of Global Synkineses in Hemiparetic Subjects using Static Bi-Articular Multidirectional Dynamometry and Electromyography | 64 |
|
|
Foundation for Sports Medicine Education and
Research Rosemont, IL 60016 |
|
Number | |
Preconditioning as a Technique to Minimize Tourniquet-Induced Muscle Injury | 198 |
|
|
The Fund for the Promotion of Research at the
Technion Technion Israel Institute of Technology Haifa, Israel |
|
Number | |
Standing Sway: Kinematics and Dynamics from Forceplate Measurements | 58 |
|
|
G.T.H. Lamb Group No address listed. |
|
Number | |
Tissue Biomechanical and Vascular Studies for Improved Prosthetic Socket Design | 21 |
|
|
Health and Welfare Canada Program Development Section, Extramural Research Programs Ottawa, K1A 1B4, Ontario Canada |
|
Number | |
Evaluation of Overdrive Scanning | 146 |
Evaluation of Text Selection Strategies | 147 |
Toward Task Transparency in Alternative Computer Access: Selection of Text through Switch-Based Scanning | 148 |
|
|
Health Research Board Dublin, Ireland |
|
Number | |
Microcrack Morphology in Fatigued Compact Bone | 38 |
|
|
IBM Canada, Ltd. 3500 Steeles Avenue East Markham, L3R 2Z1 Ontario Canada |
|
Number | |
WIVIK 2 On-Screen Keyboard | 151 |
WIVIK 2 Scan: 1-5 Switch Scanning Access | 152 |
Keyrep: WIVIK/Keyboard Rate Enhancement | 153 |
WIVOX: Voice Output for Windows | 154 |
|
|
IBM Corporation 1000 NW 51st Street Boca Raton, FL 33429 |
|
Number | |
WIVIK 2 On-Screen Keyboard | 151 |
Keyrep: WIVIK/Keyboard Rate Enhancement | 153 |
WIVOX: Voice Output for Windows | 154 |
|
|
Irvin Cahen Chair in Orthopaedic Research No address listed. |
|
Number | |
Muscle Co-Contraction: Effect on Intra-Articular Contact Pressure | 166 |
|
|
Institute for Fundamental and Clinical Human Movement
Sciences Faculty of Human Movement Sciences, Vrije Unitersiteit Amsterdam, The Netherlands |
|
Number | |
Ergonomics of Manual Wheelchair Propulsion | 286 |
|
|
Industry Canada 3701 Carling Avenue, Box 11490, Station H Ottawa, K2H 8S2, Ontario Canada |
|
Number | |
Cellink, Cellular Telephone Interface | 144 |
French WIVIK | 145 |
A Myoelectric Switch for Communication and Computer Access | 254 |
|
|
Italian Ministry for University and Scientific
Research Lungotevere Thaon di Revel 76 Rome, 00100 Italy |
|
Number | |
Application of a 3-D Real-Time Motion Analysis Technique for the Development of Closed-Loop Control Systems for FES | 70 |
Development of a Closed Loop FES System and Application to Standing up Movement for Persons with Paraplegia | 94 |
Repeatability of Estimates of Myoelectric Signal Variables and Parameters | 163 |
Model-Based Understanding and Teaching of Surface EMG | 164 |
|
|
Lever Foundation No address listed. |
|
Number | |
New Experiences for Young Children with Physical Disabilities: Developing New Products to Access Existing Recreation Technologies | 131 |
|
|
Louisiana Board of Regents 150 Riverside Drive, Suite 129 Baton Rouge, LA 70801-1389 |
|
Number | |
Medical Evaluation of 70 Paraplegics Using a Practical FES Walking Orthosis | 217 |
|
|
Multiple Sclerosis Association of America National Headquarters 7006 Haddonfield Road Cherry Hill, NJ 08002; Web: http://www.msaa.com |
|
Number | |
Effect of Microclimate Cooling on Physical Function in Multiple Sclerosis | 277 |
|
|
National Health Research and Development
Programme Department of Health and Welfare, Canada Tunney's Pasture Ottawa, K1A 0K9, Ontario Canada |
|
Number | |
Evaluation of Overdrive Scanning | 146 |
Evaluation of Text Selection Strategies | 147 |
Toward Task Transparency in Alternative Computer Access: Selection of Text through Switch-Based Scanning | 148 |
|
|
NASA Ames Research Center Moffet Field Mountain View, CA 94035 |
|
Number | |
Skeletal Changes after Spinal Cord Injury and Cast Immobilization | 262 |
|
|
Natural Sciences and Engineering Research Council of
Canada 200 Kent St., K1A 1H5 Ottawa Canada |
|
Number | |
The Incorporation of a Slip-Sensing, Closed-Loop Control System into a Myoelectric Prosthetic Hand | 11 |
|
|
National Institute on Disability and Rehabilitation
Research 600 Independence Ave., MES 3060 Washington, DC 22202-2572; Web: http://www.ed.gov/offices/OSERS/NIDRR/ |
|
Number | |
Clinical Collaboration to Improve Higher-Level Upper-Limb Prosthetic Fittings | 7 |
Body-Powered Toddler Hand | 14 |
How Prosthetic Knee Center Position Affects Toe Clearance and the Hip-Toe Distance | 23 |
The Development of a Direct Ultrasound Ranging System for the Quantification of Ambulation | 42 |
Characteristics of Amputee Gait | 43 |
Three-Dimensional Sensitivity Analysis of Swing Phase Toe Clearance during Gait | 44 |
Examination of Activities around Standing | 45 |
A Simple Model for Standing and Balance | 46 |
The Effect of Pelvic Obliquity and Stance-Phase Knee Flexion on the Vertical Displacement of the Trunk during Normal Walking | 47 |
Gait Assessment from Single Marker Measurements | 48 |
Use of Joint Torque, Energy, and Power in Clinical Gait Evaluation | 49 |
Development of a Gait Interpretation, Instruction, and Report Generation System | 50 |
Refinement, Evaluation, and Dissemination of a Diagnostic and Treatment Assessment Expert System for the Interpretation of Walking Disorders Leading To Disability | 51 |
Determining Soft Tissue Material Properties for the Purpose of Finite Element Modeling of the Residual Limb in Transtibial Amputation | 57 |
Quantification and Assistance of Movement Disorders | 65 |
Discomfort Associated with Percutaneous and Surface Neuromuscular Stimulation during Treatment of Post-Stroke Shoulder Subluxation | 81 |
Percutaneous Neuromuscular Stimulation for the Treatment of Shoulder Subluxation in Hemiplegia | 82 |
A Controlled Study of the Effects of EMG Feedback and Electrical Stimulation on Motor Recovery in Acute Stroke Patients | 119 |
Effects of Aerobic Exercise on Young Persons Post-Stroke | 120 |
Prevention of Thromboembolism in Stroke Rehabilitation Patients | 121 |
The Effectiveness of a Telephone Support Group for Stroke Caregivers | 122 |
Course of Recovery of Cognitive-Communicative Problems in Right-Brain-Damaged Individuals | 123 |
Reducing Motor Disability in Hemiparetic Stroke by Manipulation of Sensory Input from the Paretic Upper Limb: A Quantitative Evaluation | 124 |
The Predictive Value of Cognitive/Behavioral Measures in Patients after Stroke in Assessing Functional | 125 |
Improving Vocational Outcomes of Individuals who Have Sustained a Stroke | 126 |
A Survey of Parents of Children Who Use Orthoses and Prostheses | 199 |
The Quantification and Interpretation of Back Motion as an Evaluative Tool in Low Back Disorders | 211 |
Crutch Ambulation | 218 |
Orthotics for Myelomeningocele Patients, Teenage versus Childhood | 220 |
Development of Lower Extremity Orthotics for Children with Myelomeningocele | 221 |
Mobile Arm Supports for Children | 222 |
Causes and Costs of Unplanned Rehospitalizations among Persons with Spinal Cord Injury | 255 |
Obstetric/Gynecologic Complications in Women with Spinal Cord Injury | 256 |
Natural History and Clinical Course of Urinary Tract Complications in Patients with Spinal Cord Dysfunction | 257 |
Immune Responses to Pneumococcal Vaccine in Spinal Cord Injury | 278 |
A Longitudinal and Cross-Sectional Analysis of Well-Being in Persons with Spinal Cord Injury and Their Caregivers | 279 |
Baclofen Pump: Functional and Neuropsychological Impact | 280 |
The Determination of Environmental Accessibility and Wheelchair User Proficiency through Virtual Simulation | 287 |
The Use of Growth Factors in Pressure Ulcer Healing: Clinical Trials | 298 |
Characteristics of Genital Skin Flora in Persons With SCI and Their Effect on Development of Urinary Tract Infection | 299 |
Problem-Solving Skills Training in the Treatment of Pressure Ulcers | 306 |
Development of Clinical Protocols Based on Ergonomics Evaluation in Response to American Disability Act of 1990 | 312 |
Comorbidities and Complications in Stroke: Incidence, Risk Factors, and Effects on Outcomes | 313 |
Development of Clinical Protocols Based on Ergonomics Evaluation in Response to American Disability Act of 1990 | 312 |
Relation of Rehabilitation Intervention to Functional Outcome | 315 |
Resource Unit for Information and Education | 319 |
|
|
National Institutes of Health 900 Rockville Pike Bethesda, MD 20892; Web: http://www.nih.gov |
|
Number | |
Life Interface for Closed Loop Control of Artificial Limbs | 8 |
Measuring Functional Abilities of Wheelchair Users: Design Criteria for Wheelchair Securement | 66 |
Microstimulation of the Lumbosacral Spinal Cord: Mapping | 71 |
Restoration of Shoulder Movement in C5 Tetraplegia | 83 |
Hand Neuroprosthesis in Chronic Hemiplegia | 84 |
Efficacy of Neuromuscular Stimulation in Enhancing the Upper Extremity Motor and Functional Recovery of Acute Stroke Survivors | 85 |
Stimulator for Treating Post-Stroke Shoulder Subluxation | 86 |
Multichannel Implantable System for Neural Control | 87 |
Unassisted Standing by Functional Electrical Stimulation | 96 |
Health Promotion for Women with Physical Disabilities | 158 |
Reducing Risk Factors for Abuse among Low-Income, Minority Women with Disabilities | 159 |
Managed Care Experiences of Persons with Physical Disabilities | 160 |
Biomechanics and Sensory Input of Swallow after Head and Neck Cancer | 182 |
Long-Term Survivors of Head and Neck Cancer | 183 |
The Effects of Radiotherapy/Chemotherapy on Voice, Speech, and Swallowing Function | 184 |
The Effects of Surgical Intervention on Speech and Swallowing Function in Persons with Recurrent/Residual Disease | 185 |
Head and Neck Cancer: Quality of Life, Performance, and Patients' Priorities | 186 |
The Effects of Surgical Intervention on Speech and Swallowing Function in Persons with Recurrent/Residual Disease | 185 |
Clinical Trial of Footwear in Patients with Diabetes | 215 |
Skeletal Changes after Spinal Cord Injury and Cast Immobilization | 262 |
|
|
National Cancer Institute National Institutes of Health Executive Plaza North, Room 300 Bethesda, MD 20892; Web: http://www.nih.gov |
|
Number | |
Biomechanics and Sensory Input of Swallow after Head and Neck Cancer | 182 |
Long-Term Survivors of Head and Neck Cancer | 183 |
The Effects of Radiotherapy/Chemotherapy on Voice, Speech, and Swallowing Function | 184 |
The Effects of Surgical Intervention on Speech and Swallowing Function in Persons with Recurrent/Residual Disease | 185 |
Head and Neck Cancer: Quality of Life, Performance, and Patients' Priorities | 186 |
The Effects of Surgical Reconstruction on Speech and Swallowing | 187 |
|
|
National Institute of Arthritis & Musculoskeletal
Disorders National Institutes of Health Executive Plaza North, Room 300 Bethesda, MD 20892; Web: http://www.nih.gov |
|
Number | |
Muscle Fiber Damage due to Eccentric Contractions | 167 |
|
|
National Institute of Child Health & Human
Development National Institutes of Health Executive Plaza North, Room 300 Bethesda, MD 20892; Web: http://www.nih.gov |
|
Number | |
Interface Mechanics in Lower-Limb Prosthetics: Experimental Measurements and Finite Element Modeling | 28 |
Restoration of Shoulder Movement in C5 Tetraplegia | 83 |
Hand Neuroprosthesis in Chronic Hemiplegia | 84 |
Efficacy of Neuromuscular Stimulation in Enhancing the Upper Extremity Motor and Functional Recovery of Acute Stroke Survivors | 85 |
Stimulator for Treating Post-Stroke Shoulder Subluxation | 86 |
Paraplegic Walking Made Practical with FNS and Orthoses | 95 |
|
|
National Institute of Neurological Disorders &
Stroke National Institutes of Health Executive Plaza North, Room 300 Bethesda, MD 20892; Web: http://www.nih.gov |
|
Number | |
Life Interface for Closed Loop Control of Artificial Limbs | 8 |
Microstimulation of the Lumbosacral Spinal Cord: Mapping | 71 |
Multichannel Implantable System for Neural Control | 87 |
Paraplegic Walking Made Practical with FNS and Orthoses | 95 |
Unassisted Standing by Functional Electrical Stimulation | 96 |
|
|
National Institute of Disability and Rehabilitation
Research U.S. Department of Education 400 Maryland Ave., SW Washington, DC 20202; Web: http://www.ed.gov/offices/OSERS/NIDRR/ |
|
Number | |
Body-Powered Toddler Hand | 14 |
Refinement, Evaluation, and Dissemination of a Diagnostic and Treatment Assessment Expert System for the Interpretation of Walking Disorders Leading To Disability | 51 |
Assessment of Ambulation Motion Parameters for Clinical Evaluation | 53 |
Discomfort Associated with Percutaneous and Surface Neuromuscular Stimulation during Treatment of Post-Stroke Shoulder Subluxation | 81 |
Percutaneous Neuromuscular Stimulation for the Treatment of Shoulder Subluxation in Hemiplegia | 82 |
A Controlled Study of the Effects of EMG Feedback and Electrical Stimulation on Motor Recovery in Acute Stroke Patients | 119 |
Effects of Aerobic Exercise on Young Persons Post-Stroke | 120 |
Prevention of Thromboembolism in Stroke Rehabilitation Patients | 121 |
The Effectiveness of a Telephone Support Group for Stroke Caregivers | 122 |
Course of Recovery of Cognitive-Communicative Problems in Right-Brain-Damaged Individuals | 123 |
Reducing Motor Disability in Hemiparetic Stroke by Manipulation of Sensory Input from the Paretic Upper Limb: A Quantitative Evaluation | 124 |
The Predictive Value of Cognitive/Behavioral Measures in Patients after Stroke in Assessing Functional Outcome | 125 |
Improving Vocational Outcomes of Individuals who Have Sustained a Stroke | 126 |
Special Projects and Demonstration: Applications of Technology to Enhance Quality of Life--A Community Model | 136 |
Trans-Train: Transdisciplinary Training of Rehabilitation Personnel in Assistive Technology | 137 |
Measurement of Plantar Foot Soft Tissue Properties of Persons with Diabetic Neuropathy for Prediction of Plantar Foot Pressures and Assessment of Plantar Ulceration Risk | 219 |
Orthotics for Myelomeningocele Patients, Teenage versus Childhood | 220 |
Development of Lower Extremity Orthotics for Children with Myelomeningocele | 221 |
Mobile Arm Supports for Children | 222 |
Causes and Costs of Unplanned Rehospitalizations among Persons with Spinal Cord Injury | 255 |
Obstetric/Gynecologic Complications in Women with Spinal Cord Injury | 256 |
Natural History and Clinical Course of Urinary Tract Complications in Patients with Spinal Cord Dysfunction | 257 |
Immune Responses to Pneumococcal Vaccine in Spinal Cord Injury | 278 |
A Longitudinal and Cross-Sectional Analysis of Well-Being in Persons with Spinal Cord Injury and Their Caregivers | 279 |
Baclofen Pump: Functional and Neuropsychological Impact | 280 |
The Use of Growth Factors in Pressure Ulcer Healing: Clinical Trials | 298 |
Characteristics of Genital Skin Flora in Persons With SCI and Their Effect on Development of Urinary Tract Infection | 299 |
Problem-Solving Skills Training in the Treatment of Pressure Ulcers | 306 |
|
|
National Research Council of Canada Institute for Intelligent Systems Ottawa, K1A OR8, Ontario Canada |
|
Number | |
WIVIK 2 On-Screen Keyboard | 151 |
WIVIK 2 Scan: 1-5 Switch Scanning Access | 152 |
Keyrep: WIVIK/Keyboard Rate Enhancement | 153 |
WIVOX: Voice Output for Windows | 154 |
|
|
National Science Foundation Biomed. Eng. & Aiding Disabled Room 565, 4201 Wilson Blvd. Arlington, VA 22330; Web: http://www.nsf.gov |
|
Number | |
The Dynamic Model of Skeletal Muscles and Joints for FES Applications | 72 |
Determination of the Optimal Motor Unit Recruitment Strategy for Application in a High Performance FES System for Quadraplegics | 74 |
The Use of EMG As Force Feedback in Closed-Loop Electrical Stimulation Systems | 73 |
Assessing Individuals' Predispositions to the Use, Avoidance, Or Abandonment of Assistive Technologies | 132 |
Surface and Wire EMG Crosstalk in Neighboring Muscles | 168 |
Control of Joint Motion with Synergistic Stimulation of its Agonist/Antagonist Muscles | 169 |
Three-Dimensional Description of Muscle Properties | 170 |
Ligamento-Muscular Protective Reflex in the Knee, Shoulder, Ankle, and Elbow | 175 |
Powered Arm Orthosis | 223 |
|
|
Natural Sciences and Engineering Research Council of Canada 350 Albert St. Ottawa, K1A 1H5, Ontario Canada |
|
Number | |
A Multi-Degree of Freedom Prosthetic Hand for Child User | 15 |
A Knee Joint for Use in a Pediatric Swimming Prosthesis for Persons with Transfemoral Amputation | 24 |
|
|
National Center for Medical and Rehabilitation
Research National Institutes of Health Bethesda, MD 20892; Web: http://www.nih.gov |
|
Number | |
Restoration of Shoulder Movement in C5 Tetraplegia | 83 |
Logic-Controlled Electromechanical Free-Knee Orthosis | 224 |
|
|
Netherlands Organization for Scientific Research
(NWO-MW) Amsterdam, The Netherlands |
|
Number | |
Quantitative Functional Anatomy of the Upper Extremity | 39 |
|
|
Neural Prosthesis Program No address listed. |
|
Number | |
Unassisted Standing by Functional Electrical Stimulation | 96 |
|
|
Ohio State University Center for Automotive
Research 1583 Perry St., Room 306 Columbus, OH 43210-1234 |
|
Number | |
Clinical Assessment of Seated Stability during Transportation | 293 |
|
|
Ontario Ministry of Health Queen's Park Toronto, M7A 1L3, Ontario Canada |
|
Number | |
A Self-Adaptive Digital Processor for Prosthesis Control | 3 |
Effectiveness of Using Voice Recognition Systems | 149 |
|
|
Ontario Rehabilitation R&D Consortium Ottawa, Ontario Canada |
|
Number | |
A Self-Adaptive Digital Processor for Prosthesis Control | 3 |
An Adaptive Toileting System for Young Children | 133 |
Computer Software to Assess Visual Learning Problems | 150 |
WIVIK 2 On-Screen Keyboard | 151 |
WIVIK 2 Scan: 1-5 Switch Scanning Access | 152 |
Keyrep: WIVIK/Keyboard Rate Enhancement | 153 |
WIVOX: Voice Output for Windows | 154 |
Seated and Related Postural Devices for Elementary School Environments | 290 |
Custom Car Seats for School-Aged Children with Physical Disabilities | 292 |
An Improved Anterior Pelvic Stabilizer | 291 |
|
|
Office of Orphan Product Program Food and Drug Administration 5600 Fishers Lane Rockville, MD 20857; web: http://www.fda.gov/orphan/ |
|
Number | |
Implantable FNS Systems for Standing Transfers | 97 |
|
|
Orthopaedic Trauma Association 6300 North River Road, Suite 727 Rosemont, IL 60559 |
|
Number | |
The Effects of Training by FES on Muscle Geometry and Force | 77 |
|
|
Paralyzed Veterans of America, Spinal Cord Injury
Education and Training 801 18th Street Washington, DC 20006; Web: http://www.pva.org/ |
|
Number | |
Braking Study | 288 |
Improving Tissue Viability of Paralyzed Muscle Using Neuromuscular Electrical Stimulation | 300 |
|
|
Paralyzed Veterans of America, Spinal Cord Res
Fdn 801 18th Street, NW Washington, DC 20006; Web: http://www.pva.org/ |
|
Number | |
Force Sensors for Control of Power Wheelchairs | 258 |
Sarcopenia Early after Complete Spinal Cord Injury | 281 |
|
|
Post Polio Clinic of the Albert Einstein Medical
Center Philadelphia 5501 Old York Road Philadelphia, PA 19141 |
|
Number | |
The Role of Orthotic Intervention in Resolution of Plantar Fasciitis | 216 |
Determination of the Effect of Range of Motion Changes in an Articulated Ankle Foot Orthosis on Lower Limb Muscle Demands | 225 |
|
|
Royal Brisbane Hospital RBH Post Office Queensland 4029, Australia |
|
Number | |
Video, Design, and Rehabilitation Engineering | 134 |
|
|
Rehabilitation Research and Training Center on
Aging Rancho Los Amigos Medical Center 7600 Consuelo St. Downey, CA 90242; Web: http://www.usc.edu/dept/gero/RRTConAging/index.html |
|
Number | |
A Study of Policy Barriers Impeding Use of Assistive Technology by Persons Aging with Disabilities | 110 |
|
|
Rotary Club of Toronto Toronto, Ontario Canada |
|
Number | |
Custom Car Seats for School-Aged Children with Physical Disabilities | 292 |
|
|
Rush University Committee on Research RUSH Presbytarian-St. Luke's MC 1653 W. Congress Parkway Chicago, IL 60612 |
|
Number | |
Postural Adjustments during Standing in Below-Knee Amputees | 29 |
|
|
Spina Bifida and Hydrocephalus Assoc. of Canada No address listed. |
|
Number | |
Computer Software to Assess Visual Learning Problems | 150 |
|
|
Paralyzed Veterans of America, Spinal Cord Research
Foundation 801 18th Street, N.W. Washington, DC 20006; Web: http://www.pva.org |
|
Number | |
Improving Tissue Viability of Paralyzed Muscle Using Neuromuscular Electrical Stimulation | 300 |
|
|
Segal Foundation No address listed. |
|
Number | |
The Influence of Fatigue on EMG and Impact Acceleration in Running | 52 |
Standing Sway: Kinematics and Dynamics from Forceplate Measurements | 58 |
Effect of Ingested Sodium Bicarbonate on Muscle Force, Fatigue, and Recovery | 75 |
Dynamics of Force Recruitment of the Paralyzed Muscle by FES | 76 |
The Effects of Training by FES on Muscle Geometry and Force | 77 |
Modeling of Fatigue and Recovery in FES to Allow Prediction of Muscle Force | 78 |
Muscle Coactivation in Transcutaneous FES | 98 |
|
|
Smith & Nephew Richards 1450 E. Brooks Road Memphis, TN 38116-1804 |
|
Number | |
Effect of Intra-Articular Implants on the Health of the Knee Joint | 206 |
|
|
Transportation Research Board 2101 Constitution Ave. NW Washington, DC 20418 |
|
Number | |
Clinical Assessment of Seated Stability during Transportation | 293 |
|
|
Thames Valley Children's Centre 779 Base Line Road, East London, Ontario Canada N6H 3 |
|
Number | |
An Evaluation of the Access Glide System for Mounting Augmentative Communication Devices: A Pilot Study | 135 |
|
|
University of Alabama at Birmingham, Southeastern
Regional Head Injury Center 1150 10th Ave.-South Birmingham, AL 35294 |
|
Number | |
Stresses in the Soft Tissue of the Human Buttocks in the Sitting Position | 294 |
Testing of Polyurethane Foams to Determine Their Stress-Strain Relationship | 316 |
|
|
University of New Brunswick Research Fund 180 Woodridge Street Fredericton, NB E3B 5A3 Canada |
|
Number | |
An Investigation into the Effectiveness of Fitting Powered Upper Limb Prostheses: the UNB Experience | 9 |
Development of a Multifunction Myoelectric Control System | 10 |
Recent Advances in the Development of Partial Hand Prostheses | 16 |
Bilateral Deficit during Knee Extension | 59 |
Evaluation of Various Filtering Schemes in Whitening Biological Noise for Somatosensory Evoked Potential Detection | 259 |
Adaptive Biological Signal Processing | 320 |
|
|
University of Salford Venture and Enterprise
Fund Statham St. Kent UK England |
|
Number | |
A Computerized Technique for the Assessment of Alternating Pressure Relief Index | 301 |
|
|
University of Twente Biomedical Engineering Division P.O. Box 217, 7500 AE Enschede, The Netherlands |
|
Number | |
Isometric Length-Force Characteristics of Pennate Muscles during and after Shortening: Experimental and Modelling Results | 172 |
Skeletal Muscle Length-Force Characteristics during Maximal and Submaximal Activation | 173 |
|
|
University of Western Ontario London, Ontario Canada |
|
Number | |
Reliability of the Upper Body Musculoskeletal Assessment (UBMA) in Diagnosis of Work-Related Musculoskeletal Disorders (WRMD) | 67 |
|
|
Variety Ability Systems 3701 Danforth Ave., Scarborough, M1N 2G2 Ontario Canada |
|
Number | |
The Incorporation of a Slip-Sensing, Closed-Loop Control System into a Myoelectric Prosthetic Hand | 11 |
|
|
Variety/The Children's Charity No address listed. |
|
Number | |
VV 2-6 Prosthetic Hand Enhancements: Cosmetics and Function | 12 |
|
|
Vrije Universitiet Faculty of Human Movement Sciences, Van der Boechorststraat 9, Amsterdam, 1081 BT The Netherlands |
|
Number | |
Lateral or Myo-Fascial Force Transmission in Skeletal Muscle | 171 |
Isometric Length-Force Characteristics of Pennate Muscles during and after Shortening: Experimental and Modelling Results | 172 |
Skeletal Muscle Length-Force Characteristics during Maximal and Submaximal Activation | 173 |
Ergonomics of Manual Wheelchair Propulsion | 286 |
|
|
Whitaker Foundation 1700 North Moore Street, Suite 2200 Rosslyn, VA 22209; Web: http://www.whitaker.org/ |
|
Number | |
Mechanical Effects of Muscle Tendon Transfer and Functional Neuromuscular Stimulation | 88 |
Computer Simulation Analysis of Coordination Deficits in Post-Stroke Hemiplegia | 127 |
3-D Contour Tracking of Pharyngeal Bolus Movement Using a Knowledge-Based Snake Search Algorithm | 188 |
The Effect of Bolus Viscosity on the Pharyngeal Phase of Swallowing: A Study Using Computational Fluid Dynamics | 189 |
|
|
No Sponsor Listed |
|
Number | |
A Multifunction Control System for Powered Upper Extremity Prostheses | 17 |
Three-Dimensional Modelling of the Trans-Femoral Residual Limb Using Ultrasound | 25 |
Effect of an Induced Leg-Length Discrepancy on Gait Biomechanics | 54 |
A Musical Instrument Digital Interface for Children with Physical Disabilites | 138 |
Customization of a Spaceball Interface for the Manus Robot Arm | 140 |
Alternative Controllers for the Myoelectric Quadraplegic Assistive Device (MyQuad) | 141 |
A Biotelemetric EMG Transceiver System for Assistive Devices | 155 |
A Static Heel-Cushion Contact Model Using Finite Element Analysis | 302 |
Failure of Cricopharyngeal Myotomy to Improve Dysphagia Following Head and Neck Cancer Surgery | 321 |
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Last revised Fri 04/30/1999