Rehabilitation Research and Development Service
810 Vermont Avenue, N.W.
Washington, DC 20420
John W. Goldschmidt, MD, Director, Rehabilitation Research and Development Service, Department of Veterans Affairs, Washington, DC
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 three programmatic sections:
Program Analysis and Review Section
Jon S. Peters, Acting Program Manager
The Program Analysis and Review Section (PARS) coordinates the administration of the semi-annual Scientific and Evaluation Peer Review Program.
Rehab R&D Service does not issue "grants." The program is primarily intramural and is conducted at VA medical centers (VAMCs) where VA facilities and staff solve problems relevant to the veteran. Rehab R&D Service conducts a comprehensive program of research, development, and evaluation of existing and emerging rehabilitation technology (devices, techniques, and concepts of rehabilitation).
The VA Rehab R&D Service accepts research and development proposals from non-VA facilities under the following conditions:
The Associate Chief of Staff for Research and Development (ACOS/R&D) in the local VAMC coordinates the submissions for the medical center Director. These proposal submissions should follow the prescribed VA format which is available from the ACOS/R&D. In this manner, all proposals are reviewed and coordinated at the local VAMC, whether from an intramural or non-VA source.
Rehab R&D Service has two proposal submission dates per year: April 15 and October 15. A Letter of Intent (LOI) must precede all proposals prior to the submission period. Pilot proposals may be submitted at any time.
Proposals are reviewed by the Scientific and Evaluation Peer Review Program for Rehab R&D, which consists of nationally recognized independent experts in these areas. The Review Board recommends approval only for the most meritorious proposals. The funding decision is made by the Rehab R&D Service Director based on the recommendation of the Board, available resources, and the immediate needs of the VA.
Technology Transfer Section
Saleem J. Sheredos, Program Manager
The 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 Manager
The 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:
Rehabilitation Research and Development Center, VA
Medical Center Atlanta, Decatur, GA 30033
Joseph G. Ouslander, MD, Director
1996 has been an exciting year for the Atlanta Rehabilitation Research and Development Center. After a search process of close to two years, Dr. Joseph G. Ouslander was recruited from his position as Professor of Medicine in the UCLA Multicampus Program in Geriatric Medicine and Gerontology to assume the directorship. The entire Center relocated to purpose-built space in the Atlanta VAMC after being housed in off-site offices for 14 months.
The Center's internal steering group reexamined the Center's mission and refined it to more clearly focus on the intersection of rehabilitation and aging. The revised statement now reads:
The mission of the Atlanta VA Rehabilitation Research and Development Center is to improve the function, independence, and quality of life of Veterans aging with disabilities and those acquiring disabilities as they age. The mission will be accomplished by research directed towards understanding the mechanisms underlying impairments and disabilities and applying this understanding to the design, testing, and evaluation of creative rehabilitative interventions.
The steering group also reexamined the structure of the Center in order to sharpen the focus and capitalize on the strengths/and synergy of the research programs. This reexamination was given further impetus through discussions held during the site visit conducted by VA Research Service. As a result, the Center was reorganized into three primary research programs: a Sensory Program, an Environment and Behavioral Program, and an Exercise and Physical Performance Program.
The Sensory Research Program focuses on rehabilitation strategies associated with functional sensory losses of aging veterans. Research addresses all forms of vision impairment, especially macular degeneration. The program staff are actively engaged in research on low vision, reading, mobility, orientation and wayfinding, technology development and evaluation of aids and devices, modeling of environmental sensor systems, and outcome measures for blind rehabilitation.
The Environment and Behavior Research Program conducts research on socially and behaviorally relevant aspects of physical environments, and their implications for the health, safety, independent functioning, and quality of life of older veterans aging with and into disability; the performance and satisfaction of caregivers; and care delivery. Physical environment is defined broadly to include spatial organization and characteristics, ambient conditions, and assistive and monitoring technologies. Program staff provide technical assistance to providers seeking to create environments that respond to user capabilities and support program activities.
The Exercise and Physical Performance Program conducts research on the effectiveness of exercise protocols designed for older individuals with impairments and disabilities, as well as on strategies to improve balance and reduce the risk of falls. Research projects include: testing a long term exercise intervention for older Veterans with chronic illness; the development of an expert system on exercise interventions for physicians' offices; and a training intervention to improve balance.
Amidst all of the change, the Center has continued to be productive. The Center has 11 active Merit Review projects, and our researchers submitted 12 Merit Review proposals. Staff published 35 articles, 4 abstracts, and 6 book chapters, books and manuals. In addition, Center staff made 10 presentations at regional meetings and 38 at national and international meetings.
The Center also reviewed 15 applications for developmental projects, and by assisting investigators to refine their research objectives and involving Center supported researchers, was able to support 7 of them. Most of the projects cut across the 3 primary research program areas. For example, one developmental project will examine how impaired useful field of view (associated with car crashes in the older population) interacts with abnormalities of gait and balance and other factors to increase the risk of falls; another project will use motion analysis equipment and software to analyze gait among visually impaired veterans in order to improve rehabilitative interventions.
The Rehabilitation Research and Development Center,
Edward Hines, Jr. Hospital, Department of Veterans
Affairs,
Hines, IL 60141
Joseph B. Green, MD, Director
The mission of the Rehabilitation Research and Development Center of Edward Hines, Jr., VA Hospital is the restoration of disabled veterans to a higher level of performance by the application of new concepts, methods and technologies.
The Research and Development Program currently has 10 (10 active during FY96, 5 will begin in FY97) approved Merit Review projects and 5 Pilot projects funded through the Scientific and Evaluation Peer Review Program for the Rehabilitation Research and Development Service in FY 1996. The Center also received funding for four other projects from other sources including the Technology Transfer Section of Rehabilitation Research and Development Service and The National Institutes of Health. These current projects have generated 27 recent publications and presentations. The Center's academic affiliations provide scientists from Chicago area universities the opportunity to actively participate in Center projects. The Center and its academic affiliates have recently had five new Merit Review proposals and approved for FY 1997 funding and still others are pending.
The Center includes six laboratories. These are the Neurorehabilitation Laboratory, the Neuroscience Laboratory, the Neuroregeneration Laboratory, the Preventive and Rehabilitation Exercise Science Laboratory, the Biomechanics Laboratory, and the Autononmic Dysfunction Laboratory.
These laboratories generate a wide variety of projects from the basic molecular to purely clinical, but in common is the aim to restore disabled veterans to a higher level of performance. There are a total of 24 funded programs, ranging from the treatment of urinary and fecal incontinence to cortical sensorimotor reorganization in spinal cord injury (SCI).
The Neurorehabilitation Laboratory utilizes recent improvements in Electroencephalogram (EEG) recording systems and multimodal imaging systems to study cerebral reorganization of motor functions in stroke, traumatic brain injury and SCI. The comparison of results from nondisabled and brain injured subjects may lead to therapies to possibly prevent or reverse pathological changes in motor control and expedite recovery.
The Neuroscience Laboratory is devoted to the identification of neurotrophic factors and their role in neural development and function. Specifically, the laboratory is investigating the role of gonadal steroids and their ability to positively affect neuronal repair following injury. Their results have shown that testosterone can significantly accelerate the recovery of the hamster facial motor neuron after axotomy. Future plans include expansion of their studies to SCI.
The emphasis of the Neuroregeneration Laboratory is to enhance the regrowth of injured spinal cord fibers by using different treatment modalities, such as application of electrical fields, the implantation of nonbiological substrates both with and without cultured fetal spinal cord tissue and the delivery of growth factors through the implantation of genetically engineered neurotrophin-secreting cells. Ultimately, the laboratory hopes to achieve full or partial recovery of neurological motor function in the patient with SCI through designing realistic approaches to spinal cord regeneration in mammals.
Preventive and Rehabilitative Exercise Science Laboratory researchers are engaged in a variety of studies intended to evaluate and improve muscular and cardiopulmonary fitness in people with mobility limiting conditions. The goal of this program is to decrease the vulnerability of these persons to illness, further disability, and hospitalization. These investigations include an evaluation of the safety and efficacy of oxygen conserving devices during exercise, inspiratory muscle training in persons with chronic obstructive pulmonary disease, determination of improved methods for the assessment of cardiopulmonary fitness in persons with SCI, participation in the development of a clinical workstation for reducing wheelchair propulsion injuries, and the evaluation of mobility assistance devices such as the Parastep II System;tm (Sigmedics Inc., IL) and Vannini-Rizzoli Stabilizing Limb Orthosis, use of functional electrical stimulation to facilitate cough in patients with quadriplegia, handbike and row cycle prototypes, and innovative new wheelchairs.
The Biomechanics Laboratory has developed an electronic compliance monitor to determine the wearing time for spinal orthoses used in treating SCI. One of the major problems associated with orthotic treatment of SCI is ensuring sufficient patient wearing time. The new compliance monitor contains electronic sensors which can record wearing times over a period of days to help determine optimal wearing times and orthosis efficacy. The laboratory is also investigating the controversy surrounding spinal fusion procedures following laminectomy and discectomy by determining the breakpoints for different spinal segments after tissue removal and the application of stress to the altered specimens.
The Autonomic Dysfunction Laboratory is involved with the development and use of electrodes in Functional Neuromuscular Stimulation (FNS) in SCI patients. The laboratory is successfully applying FNS to specific SCI pathologies such as respiratory paralysis, fecal and urinary incontinence, and fine motor control. Another project involves an evaluation protocol for the home monitoring of bladder pressure to help reduce infections. The procedure uses a digital pressure gauge developed in cooperation with private industry.
Rehabilitation Research and Development Center,
Department of Veterans Affairs Health Care Facility,
Palo Alto, CA 94304
Felix E. Zajac, III, PhD; Charles G. Burgar, MD; Dennis
R. Carter, PhD
The Palo Alto Rehabilitation Research and Development Center of the Department of Veterans Affairs is dedicated to developing innovative clinical treatments and technological devices for physically disabled veterans and others, in order to increase their independence and improve their quality of life.
The Center focuses upon restoring function to persons with neuromuscular or musculoskeletal impairments. Our 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 musculoskeletal function and integrity in persons with osteoporosis, arthritis or SCI.
Our principal goal is to develop new clinical treatments and devices for neuromuscular and musculoskeletal rehabilitation. To accomplish this, we also perform basic research to better understand the way in which the nervous system coordinates the muscles during complex motor tasks, and the way in which bone grows, maintains itself, and regenerates itself. We continually interact with our clinical collaborators at the VA Palo Alto facility and at Stanford University Medical Center to ensure the clinical relevance of our research and to clinically test our treatments and devices.
A common theme that runs through many of our projects is the use of mechanical manipulation to restore or maintain musculoskeletal function. By manipulating the limbs to provide appropriate sensory input, we can influence the way in which the nervous system reorganizes itself after injury. By controlling the mechanical loading on the skeletal bone, we can affect the way the bone heals and maintains its strength. We use mathematical and computer models to understand these complex systems in terms of fund amental physical and biological principles. For example, to study muscular coordination, we use models of the musculoskeletal system that relate limb movement to muscle activation patterns and external forces. To study bone growth, we use finite-element models that relate bone remodeling to the history of imposed stresses and strains. We use these models both to analyze the results of experiments and to investigate the effects of factors that cannot easily be experiment tally manipulated.
The Center consists of six organizational sections. Core funding is provided from the Rehabilitation R&D Service of the VA to provide essential support for a nucleus of investigators, staff, and operations. Personnel, laboratories and machine shop are housed in a dedicated building. This environment fosters collaboration and daily interaction between all segments of Center personnel. The roles of each of the six sections are:
Directorate: Establish the R&D areas to be emphasized and Center-wide policies; promote continuity and interaction among the projects; actively participate in research projects.
NeuroMuscular Systems: Perform R&D to understand how the nervous system interacts with the musculoskeletal system to coordinate the execution of motor tasks; develop new rehabilitation methods and devices to diagnose, assess, and treat persons with movement disorders.
MusculoSkeletal Systems: Perform R&D to understand how musculoskeletal function can be maintained or restored; evaluate current, and design new rehabilitation therapies and orthopaedic devices.
Design/Development: Collaborate with NeuroMuscular and MusculoSkeletal investigators in the design, development, and technology transfer of rehabilitation devices.
Technical Support: Specify, install, and maintain computers and networks; responsible for facility planning and implementation and coordination with VA acquisition and material management.
Administrative Support: Coordinate internal system of Center operation, including budgetary planning and procurement; government, academic, private, and public sector liaison; preparation and dissemination of pertinent Rehab R&D Center information.
All major research endeavors are supported by VA Headquarters in the form of peer-reviewed projects awarded to principal investigators. Investigators also attract funding from sources outside the VA for other projects, which complement and cross-fertilize those sponsored by the VA.
The Rehab R&D Center is affiliated with the Stanford University Schools of Engineering (SOE) and Medicine (SOM). Particularly strong is the interaction between Rehab R&D Center investigators and the faculty associated with the Departments of Mechanical Engineering (SOE), and Functional Restoration (SOM). In fact, many Rehab R&D Center investigators have faculty appointments in these departments. The Rehab R&D Center has an especially strong relationship with the new Biomechanical Engineering Division of the Department of Mechanical Engineering. Graduate and undergraduate students are routinely involved in Rehab R&D Center research, design, and development projects.
Cleveland FES Center, VA Medical Center,
10701 East
Blvd., Cleveland, OH 44106
P. Hunter Peckham, PhD, Director; E. Byron Marsolais,
MD, PhD, Medical Director, Lower Extremity Programs; Michael
W. Keith, MD, Medical Director, Upper Extremity Programs
The VA Center of Excellence in FES is a project of the Cleveland FES Center, a functional electrical stimulation consortium including the Cleveland VA Medical Center, Case Western Reserve University, MetroHealth Medical Center and Edison Biotechnology Center.
The mission of the Center is to improve the quality of life of veterans with disabilities through the introduction of advanced technology employing FES, and to advance scientific knowledge in FES in order to generate new knowledge and promote additional development of clinical applications. Specific objectives are to: 1) transfer FES technology into clinical practice, 2) coordinate the development of new FES technology, and 3) perform advanced research in FES to further the knowledge base and clinical applicability of FES.
Technology Transfer. FDA approval is expected in 1997 for the implantable hand grasp neuroprosthesis developed at the FES Center and subsequently transfered to NeuroControl Corporation. The Center has been involved in training five VA Medical Centers (out of 10 sites total) in the clinical implementation and testing of the upper extremity system. This year the Center commences animal trials of an implantable system developed by NASA and Life Systems, Inc.
Technology Development. The core Technology Development Laboratory offers software and hardware design facilities for prototype development of implantable FES systems. This year major equipment was updated and a new operating structure implemented to maximize engineering efforts across all Center projects.
Advanced Research. VA research projects in progress include a new 10-channel implantable stimulator/telemeter and an implantable joint angle sensor that are now undergoing clinical testing; techniques to provide enhanced upper extremity function through hand intrinsic muscle stimulation, elbow movement and closed loop control; and restructured standing and mobility projects focused on clinical outcomes in preparation for transfer to industry. These research activities are occurring in conjunction with existing Cleveland VA Merit Review projects. Other research projects in progress are primarily supported by the National Institutes of Health, the Food and Drug Administration, and the Whitaker Foundation. Eight post-doctoral (seven MD) and ten doctoral researchers participated in advanced research projects at the Center.
Coordination and Dissemination of Research Activities. Weekly meetings of the 15 Center principal investigators facilitate resource sharing. The FES Council, which provides institutional representation to the FES Center, meets bi-monothly on project planning issues. The Scientific Advisory Board of the Center met this year for the first time, providing technical feedback on research direction. To serve rehabilitation professionals interested in FES, the Center coordinated a single topic issue on FES of the VA Journal of Rehabilitation Research and Development. In addition, the FES Center hosted the First Annual Meeting of the International FES Society. The FES Information Center disseminates information about FES to individuals with disabilities and the lay public, publishing the FES Update newsletter with a distribution over 7,000, and this year the FES Resource Guide for Persons with Spinal Cord Injury and Multiple Sclerosis.
Rehabilitation Services Research and Development Unit,
Department of Veterans Affairs Medical Center,
508 Fulton
Street, Durham, NC 27705
Byron B. Hamilton, MD, PhD, Director
Established by the Rehabilitation Research and Development Service in 1994, the Rehabilitation Services Research and Development Unit (RSRDU) is located at the Durham VA Medical Center in Durham, NC, with access to all the Center's vital resources, including Health Services Research and Development, National Performance Data Research Center, and National Center for Health Promotion. The mission of RSRDU is to promote VA-wide research that enhances the effectiveness and efficiency of rehabilitation care and functional outcome for veterans with disabilities. All VA medical centers provide rehabilitation services, and 72 centers support a physical medicine and rehabilitation bed service (PM&RS).
One of the important objectives of the RSRDU is to build and maintain capacity for rehabilitation services research by identifying and networking resource people from across the VA system, prioritizing research activities, and facilitating rehabilitation services research in the medical centers. The Unit provides technical assistance to researchers, clinicians, and administrators with interest in rehabilitation services research (RSR), including access to the ongoing RSR computer data base of 23,000 patients discharged from PM&RS bed units and RSR Information Service with over 9,000 literature citations available on computer disk or hard copy bibliographies from: (919)286-2050.
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.)
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Birmingham VA Medical Center 700 South 19th St. Birmingham, AL 35233 |
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Number | |
Visual Correlates of Mobility in the Visually Impaired | 286 |
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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 | 112 |
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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 | |
Computerized Adaptive Methods for Selecting Hearing Aids | 268 |
FES on Spinal Cord Injured Patients: Effects on Muscle Blood Flow and Metabolism | 306 |
Functional Electrical Stimulation of Spinal Cord Injured Patients | 307 |
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Los Angeles VA Outpatient Clinic 351 East Temple St., Los Angeles, CA 90012-3328 |
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Number | |
Interactive Video System to Test and Treat Nonliteral Language Disorders | 279 |
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Long Beach VA Medical Center 5901 E. Seventh St. Long Beach, CA 90822 |
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Number | |
Prosthetic Foot Design for the Dysvascular Below-Knee Amputee | 21 |
Effect of the Bankart Lesion on Anterior Joint Stability with Simulated Glenohumeral Muscle Forces | 25 |
Biomechanics of the Patellofemoral Joint and Peripatellar Retinaculum | 26 |
Gait Mechanics of the Partial Foot Amputee | 41 |
Computer-Assisted Speech Rehabilitation System | 280 |
Optokinetic Testing for Diagnosis and Rehabilitation of Balance Disorders | 346 |
Evaluation of Word-Recognition Performance with Sentence Materials | 347 |
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Palo Alto VA Medical Center 3801 Miranda Ave. Palo Alto, CA 94304 |
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Number | |
Upper Body Motion Analysis for Amelioration of Falls in the Elderly | 113 |
Clinical Trial of Artificial Peripheral Nerve Graft | 308 |
Functional Restoration of Grasp in Quadriplegia | 309 |
High-Frequency Magnetic Stimulation of the Bladder and Bowel | 310 |
Comparison of Semi-Synthetic and Antologous Connective Tissue Grafts: A Pilot Study | 340 |
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San Diego VA Medical Center 3350 La Jolla Village Dr. San Diego, CA 92161 |
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Number | |
Management of Musculoskeletal Complications of Spinal Cord Injury | 311 |
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San Francisco VA Medical Center 4150 Clement St. San Francisco, CA 94121 |
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Number | |
Strength of Human Cortical Bone with Simulated Metastatic Lesions | 225 |
Hip Fracture Risk Assessment Using Automated 3-D Finite Element Modeling | 226 |
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Denver VA Medical Center 1055 Clemont St. Denver, CO 80220 |
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Number | |
Improved Bone Cement Fatigue Resistance Via Controlled Strength Interfaces | 227 |
Role of Imagery in Auditory Comprehension in Brain-Damaged Adults | 269 |
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West Haven VA Medical Center 950 Campbell Ave. West Haven, CT 06516 |
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Number | |
Controlled Study of the Effects of EMG Feedback and Electrical Stimulation on Motor Recovery in Acute Stroke Patients | 135 |
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Bay Pines VA Medical Center 10000 Bay Pines Blvd. Bay Pines, FL 33504 |
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Number | |
Age Variance in Nystagmus Suppression: A Pilot Study | 287 |
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Gainesville VA Medical Center 1601 S.W. Archer Rd. Gainesville, FL 32608-1197 |
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Number | |
Vertebral Fusion by New Osteogenic Agents to Accelerate Rehabilitation | 312 |
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Miami VA Medical Center 1201 Northwest 16th St. Miami, FL 33125 |
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Number | |
Using Self-Monitoring to Improve Communicative Efficiency in Aphasia | 281 |
Spinal Cord Injury-Induced Bone Loss | 313 |
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Atlanta VA Medical Center 1670 Clairmont Rd. Decatur, GA 30033 |
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Number | |
Effect of Hydrostatic Pressure on Intervertebral Disc Metabolism | 27 |
Exercise Program Designs for Older Adults | 114 |
Age-Related Changes in the Triceps Surae Stretch Reflex and Postural Control | 115 |
Development of a Database of Cane Techniques | 288 |
Study of Illumination Sources for Low Vision Individuals | 289 |
Measuring Low Vision Reading Assessments Using a Scanning Laser Ophthalmoscope | 290 |
Design and Evaluation of Liquid Crystal (LC) Dark-Adapting Eyeglasses for Persons with Low Vision | 291 |
Employment of IBM Speech Recognition in User-Based Remote Control | 296 |
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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 | 270 |
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Chicago VA Medical Center (Lakeside) 333 E. Huron St. Chicago, IL 60611 |
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Number | |
Additive Fabrication Technique for the CAM of Prosthetic Sockets | 1 |
Direct Muscle Attachment: Multifunctional Control of Hands and Arms | 3 |
Practical Applications of New CAD and CAE Techniques to Socket Design | 22 |
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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 | 348 |
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Edward Hines Jr. VA Hospital 5th Ave. and Roosevelt Rd. Hines, IL 60141 |
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Number | |
Effect of Surgical Procedures on the Stability of the Lumbar Motion Segment | 28 |
Rehabilitation of the Colon after Spinal Cord Injury: A Pilot Study | 77 |
Fecal Incontinence Treatment in SCI Patients: A Pilot Study | 78 |
High Charge Density, Bipolar Electrodes for Chronic FNS | 79 |
Rehabilitation of Respiratory Paralysis: Accessory Muscle Stimulation | 81 |
Rehabilitation of Urinary Incontinence Using Stimulated Muscle Flaps | 80 |
Noninvasive Recordings of Bladder Pressure in Elderly Males | 116 |
Compliance Monitor to Measure Patient Wearing-Time for Spinal Orthoses | 253 |
Cortical Sensorimotor Reorganization in Spinal Cord Injury: A Pilot Study | 297 |
Effect of Supported Standing and Upper Body Exercise on Lower Extremity Spasticity in Persons with Spinal Cord Injury | 298 |
Prophylactic Monitoring of Bladder Pressure and Volume | 314 |
Electric Fields and Carbon Fibers in the Treatment of Spinal Cord Injury: Gait Analysis | 325 |
Enhanced Carbon Filament Prostheses as Substrates for Regrowth of Injured Spinal Cord: Electrophysiological Recovery | 326 |
Molecular Mechanisms Underlying Rehabilitation after Neuronal Injury: A Pilot Study | 327 |
Wheelchair Exercise and Digital Echocardiography for the Detection of Heart Disease | 349 |
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Richard L. Roudebush VA Medical Center 1481 W. 10th St. Indianapolis, IN 46202 |
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Number | |
Is There an "Acclimatization Effect" with Hearing Aids? | 271 |
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New Orleans VA Medical Center 1601 Perdido St. New Orleans, LA 70146 |
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Number | |
Transport of NGFs±MIF-1 into Spinal Cord | 328 |
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Boston VA Medical Center 150 S. Huntington Ave. Boston, MA 02130 |
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Number | |
Firing Patterns of Upper and Lower Motoneurons and Their Translation Factor | 208 |
Electrotwitch: A Dynamic Concept in Force Generation by the Motor Unit | 209 |
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Brockton/West Roxbury VA Medical Center 940 Belmont St. Brockton, MA 02401 |
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Number | |
Implant to Facilitate Articular Cartilage Regeneration | 228 |
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Baltimore VA Medical Center 10 N. Greene St. Baltimore, MD 21201 |
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Number | |
Wheelchair Propulsion Performance in Young, Middle-Aged, and Elderly | 56 |
Low Vision Enhancement System (LVES) | 292 |
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Ann Arbor VA Medical Center 2215 Fuller Rd. Ann Arbor, MI 48105 |
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Number | |
Effect of Chair Design on Chair Rise Performance in Disabled Older Adults | 117 |
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Allen Park VA Medical Center Southfield & Outer Drive Allen Park, MI 48101 |
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Number | |
Immunological Responses to Implant Biomaterials following Arthroplasty | 229 |
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Minneapolis VA Medical Center One Veterans Drive Minneapolis, MN 55417 |
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Number | |
Connected Speech Deviations of Aphasic and Non-Brain-Damaged Adults | 282 |
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Kansas City VA Medical Center 4801 Linwood Blvd. Kansas City, MO 64128 |
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Number | |
Characterizing Measures of Stroke Rehabilitation Outcomes | 63 |
Development of Scanning Laser Opthalmoscope for Low Vision Rehabilitation | 293 |
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Durham VA Medical Center 508 Fulton St. Durham, NC 27705 |
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Number | |
Study of VA Stroke Rehabilitation Services and Patient Outcomes | 64 |
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Omaha VA Medical Center 4101 Woolworth Ave. Omaha, NE 68105 |
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Number | |
New Methods to Treat Impaired Fracture Healing Using Growth Factors | 344 |
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East Orange VA Medical Center 385 Tremont Ave. East Orange, NJ 07018 |
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Number | |
Effect of Lack of Amplification on Persons with Unilateral Hearing Loss | 272 |
Effect of Presence versus Absence of Prolonged Amplification on Audition | 273 |
Cause for Male Infertility after Spinal Cord Injury and its Prevention | 299 |
Acute Effects of SCI on Sperm Function | 316 |
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Albuquerque VA Medical Center 2100 Ridgecrest Dr., SE Albuquerque, NM 87108 |
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Number | |
Assessing Limb Apraxia and Its Relationship to Functional Skills | 65 |
Evaluation of Nonauditory Factors Which Affect Hearing Aid Use in Elderly Veterans | 274 |
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Neuromuscular Research Center 44 Cummington St., 5th floor Boston, MA 02215 |
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Number | |
Quantitative Posturography: A Pinned Polymer Model of Posture Control | 43 |
Quantitative Posturography: Open-Loop and Closed-Loop Postural Control Mechanisms in Parkinson's Disease--Increased Mediolateral Activity during Quiet Standing | 42 |
Quantitative Posturography: A Quantitative Analysis of Statics and Dynamic Posture Control | 44 |
Characterizing Postural Stability in Relation to Age and Susceptibility to Falling | 45 |
Effects of Aging on Motor Unit Firing Behavior: Hand Dominance Effects | 210 |
Effects of Aging on Motor Unit Firing Behavior | 211 |
Effects of Aging on Motor Unit Firing Behavior: Rank-Ordered Regulation of Motor Units | 212 |
Development of a Clinical Database for the Back Analysis System | 242 |
Back Exercise Prescription and Implementation by Surface Electromyographic Procedures | 243 |
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Brooklyn VA Medical Center 800 Poly Pl. Brooklyn, NY 11209 |
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Number | |
Orthotics Design with Advanced Materials and Methods | 254 |
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Castle Point VA Medical Center Castle Point, NY 12511 |
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Number | |
Lumbar Sympathectomy in the Prevention of Major Amputation of the Extremity: A Pilot Study | 223 |
Prevention and Treatment of Spinal Cord Ischemia and Paraplegia in Thoracoabominal Aneurysm Repair | 317 |
|
|
|
|
New York VA Medical Center 423 E. 23rd St. New York, NY 10010 |
|
Number | |
DOD Software and Equipment Development for Improved Computer-Aided Prosthetic Socket Design | 2 |
Computer-Aided Design and Computer-Aided Manufacturing of Orthopedic Footwear | 255 |
Developmental Enhancement and Application of the VA-Cyberware Prosthetics-Orthotics Optical Laser Digitizer | 350 |
|
|
|
|
Cleveland VA Medical Center 10701 East Blvd. Cleveland, OH 44106 |
|
Number | |
Neuroprosthetic Control of Bladder and Bowel in Spinal Cord Injury Patients | 82 |
Functional Neuromuscular Systems for Upper Extremity Control | 94 |
FES Mobility in Paraplegia: RF-Controlled Implanted System | 104 |
Development of an On-Line Correction Capability for FNS Locomotion | 105 |
Restoration of Standing Pivot Transfer for Quadriplegic Patients Using a Totally Implanted FNS System | 106 |
Restoration of Gait for the Stroke Patient | 107 |
|
|
|
|
Dayton VA Medical Center 4100 West 3rd St. Dayton, OH 45428 |
|
Number | |
Evaluation and Optimization of FES Techniques for Exercise | 83 |
3-D Forces and Moments During FES-Induced Leg Cycle Ergometry: A Pilot Study | 108 |
Muscle Strength and Functional Performance in Parkingson's Disease: A Pilot Study | 188 |
Exercise Testing and Training of Multiple Sclerosis Patients | 213 |
Design and Clinical Application of a Wireless TENS in Pain Management | 351 |
|
|
|
|
Portland VA Medical Center 3710 Southwest U.S. Veterans Hospital Rd. Portland, OR 97207 |
|
Number | |
Development of an Adaptive Toileting System for Young Children | 146 |
Early Detection of Hearing Loss from Ototoxic Agents by High-Frequency Auditory Evaluation | 276 |
Aphasic Naming Deficits: Effects of Deep- and Surface-Level Treatments | 283 |
|
|
|
|
Pittsburgh VA Medical Center (Highland Dr.) Highland Drive Pittsburgh, PA 15206-1297 |
|
Number | |
Minimizing Falls in the Elderly | 256 |
Analysis and Treatment of Apraxic Sound Errors | 284 |
Manual Wheelchair User Upper Extremity Pain | 300 |
Computer-Aided Wheelchair Prescription System (CAWPS) | 330 |
Design Guidelines for Wheelchair Ride Comfort and Fatigue Life | 331 |
|
|
|
|
Pittsburgh VA Medical Center (University Dr.) University Drive C Pittsburgh, PA 15240 |
|
Number | |
N-Acetylaspartate: A Predictor of Outcome in Neurorehabilitation | 129 |
Biochemical Analysis of Synovial Activation in Joint Dysfunction | 230 |
Effect of Component Placement on the Patellofemoral Joint with Joint Knee Arthroplasty | 238 |
|
|
|
|
Ralph A. Johnson VA Medical Center 109 Bee St. Charleston, SC 29403-5799 |
|
Number | |
Fatigue Strength of Composite Femoral Components for Hip Arthroplasty | 235 |
|
|
|
|
Memphis VA Medical Center 1030 Jefferson Ave. Memphis, TN 38104 |
|
Number | |
Measurement and Prediction of Benefit from Amplification | 277 |
|
|
|
|
Nashville VA Medical Center 1310 24th Ave., South Nashville, TN 37212-2637 |
|
Number | |
Auditory Evoked Responses, Severity, and Prognosis in Aphasia: A Pilot Study | 130 |
|
|
|
|
Houston VA Medical Center 2002 Holcombe Blvd. Houston, TX 77030-4298 |
|
Number | |
Upper Limb Amputee Services: The VA Approach as a Model Service System | 4 |
Recurrence of Bacteriuria and Progress to Symptomatic Urinary Tract Infection in Spinal Cord-Injured Patients | 301 |
|
|
|
|
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 | 118 |
|
|
|
|
Hunter Holmes McGuire VA Medical Center 1201 Broad Rock Blvd. Richmond, VA 23249 |
|
Number | |
An In-Vivo Model for Cartilage Regeneration | 231 |
|
|
|
|
White River Junction VAM&ROC North Hartland Rd. White River Junction, VT 05009 |
|
Number | |
Examination of Explanted, Uncemented Orthopaedic Prostheses | 236 |
|
|
|
|
Seattle VA Medical Center 1660 South Columbian Way Seattle, WA 98108 |
|
Number | |
Clinical and Laboratory Study of Amputation Surgery and Rehabilitation | 16 |
Contact Charateristics of the Subtalar Joint After Lateral Column Lengthening Through the Anterior Calcaneus and the Calcaneocuboid Joint | 29 |
Effect of Foot Position on Load Distribution Between the Talocalcaneal and Talonavicular Joints | 30 |
Effect of Release of the Posterior Tibial Tendon on the Kinematics of the Hind Foot | 31 |
Effects of Calcaneal Length and Fusion Position on the Kinematics of the Hindfoot with Lateral Column Lengthening and Calcaneocuboid Fusion for Symptomatic Flatfoot | 32 |
Alterations in Talar Morphology Associated with Adult Acquired Flatfoot | 33 |
Prospective Study of Risk Factors for Diabetic Foot Ulcer | 224 |
|
|
|
|
William S. Middleton Memorial Veterans Hospital 2500 Overlook Terrace Madison, WI 53705 |
|
Number | |
In Vivo Measurement of Vertebral Displacement after Lumbar Fusion | 57 |
Effects of Age on Oropharyngeal Swallowing | 222 |
Soft Tissue Attachment to Proximal Femoral Allografts for Hip Revision | 237 |
|
|
|
|
Clement J. Zablocki VA Medical Center 5000 West National Ave. Milwaukee, WI 53295 |
|
Number | |
Soft Tissue Behavior and Sensation of Lower Extremity Residual Limbs: A Pilot Study | 23 |
Electric Fields and Carbon Fibers in the Treatment of Spinal Cord Injury: Gait Analysis | 325 |
Design of a New Bowel Care/Shower Chair for SCI Veterans | 332 |
|
|
|
|
Edward Hines Jr. VA Hospital (Core Funds) 5th Ave and Roosevelt Rd Hines, IL 60141 |
|
Number | |
Thin-Film Peripheral Nerve Electrode | 95 |
Genetically Engineered Neurotrophin Secreting Schwann Cells for the Treatment of Spinal Cord Injury | 329 |
Part B: Non-VA Sponsoring Organizations | |
|
|
Australian Dept. of Human Services and Health Canberra, ACT 2601 Australia |
|
Number | |
Computer Access Selector and Vocaselect | 141 |
|
|
American Association of SCI Psychologists &
Social Workers 75-20 Astoria Blvd. Jackson Heights, NY 11370-1178 |
|
Number | |
Adjustment after Spinal Cord Injury: The 20-Year Minnesota Longitudinal Study | 119 |
Prediction of Mortality after Spinal Cord Injury: A 20-Year Prospective Study | 322 |
|
|
AO (Arbeitgemeinschaft fuer
Osteosynthesefragen) Foundation Paoli, PA 19301 |
|
Number | |
Impact Induced Post-Traumatic Arthritis Model | 239 |
|
|
Boston University 705 Commonwealth Ave. Boston, MA 02215 |
|
Number | |
Quantitative Posturography: Open-Loop and Closed-Loop Postural Control Mechanisms in Parkinson's Disease--Increased Mediolateral Activity during Quiet Standing | 42 |
Biochemical and Myoelectric Events During Fatigue | 189 |
Effects of Muscle Fiber Size on EMG Parameters | 190 |
Muscle Adaptation Following Limb Unloading and Its Influence on EMG Parameters | 191 |
Development of Test Protocols to Assess the Behavior of Back Muscles | 196 |
Effects of Aging on Motor Unit Firing Behavior: Hand Dominance Effects | 210 |
Synchronization and Common Drive of Motor Units | 214 |
Evaluation of Carpal Tunnel Syndrome | 215 |
Development of a Closed Loop Control System for FES and Application to Knee Joint Movements in Paraplegics | 109 |
Back Exercise Prescription and Implementation by Surface Electromyographic Procedures | 243 |
Alterations in EMG Signal Characteristics Coinciding with Low Back Pain | 245 |
Development of EMG Parameters Reflecting the Function of Lumbar Back Muscles | 244 |
Muscle Performance in the Back Analysis System Compared to Lifting Tasks | 246 |
|
|
Case Western Reserve University Cleveland, OH 44106 |
|
Number | |
Percutaneous Neuromuscular Stimulation for Shoulder Subluxation in Hemiplegia | 96 |
|
|
Claude D. Pepper Older American Independence
Center Case Western Reserve University Cleveland, OH 44106 |
|
Number | |
Percutaneous Neuromuscular Stimulation for Shoulder Subluxation in Hemiplegia | 96 |
Effect of Chair Design on Chair Rise Performance in Disabled Older Adults | 117 |
|
|
Centers for Disease Control 1600 Clifton Road, NE Atlanta, GA 30333; Web: http://www.cdc.gov |
|
Number | |
Secondary Conditions after Spinal Cord Injury: Relationship to Life Adjustment | 304 |
|
|
Calhoun Fellowship of Drexel University Philadelphia, PA 19104 |
|
Number | |
Quantitative Analysis of Shoulder Movements Used to Control a FES System in Adolescents with C4 Level Spinal Cord Injuries | 102 |
|
|
Ciba-Geigy Jubileum Stiftung Basel, Switzerland |
|
Number | |
Effects of Intramuscular Aponeurotomy and Recovery on Pennate Skeletal Muscle | 192 |
|
|
Chamber of Commerce Torino, Italy |
|
Number | |
Simulation of EMG Signals Electrically Evoked in the Human Biceps Muscle | 202 |
Simulation of Evoked EMG Signals from in Vitro Preparations | 203 |
|
|
Delft University of Technology Mekelweg 2, Delft, 2628 CD The Netherlands |
|
Number | |
Wilmer Cosmetic Prosthetic Prehensor for Children | 5 |
Voluntary Closing Hand Prosthesis | 13 |
Synthesis of a Simple Ballistic Walking Movement with Push-Off | 46 |
|
|
Dentsplay, Inc. No address listed. |
|
Number | |
Long-Term Evaluation of Maxillary Sinus Bone Grafts with Dental Implants | 118 |
|
|
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 Extremity Muscle Demands | 264 |
|
|
U.S. Department of Education Department of Special Education and Rehabilitation Washington, DC 20202 |
|
Number | |
Special Projects and Demonstration: Applications of Technology to Enhance Quality of Life--A Community Model | 148 |
Trans-Train: Transdisciplinary Training of Rehabilitation Personnel in Assistive Technology | 149 |
|
|
Dutch Prevention Fund Amsterdam, The Netherlands |
|
Number | |
Performance Capacity and Physical Strain in Subjects with a Spinal Cord Injury | 318 |
|
|
Easter Seal Research Institute of Ontario 250 Ferrand Drive Don Mills, ON M3C 3P2, Ontario Canada |
|
Number | |
Development of a System to Aid Orthopaedic Surgical Decision-Making in Children with Cerebral Palsy Through Prediction of Post-Surgical Gait Patterns | 47 |
Health Behaviours in School-Aged Children with Physical Disabilities | 352 |
|
|
EC Human Capital & Mobility Programme Brussels, Belgium |
|
Number | |
Advanced Information Retrieval | 160 |
|
|
EC: Telematics Programme Brussels, Belgium |
|
Number | |
Sign PS: The Development of an Interactive Printing System for Sign Languages | 161 |
|
|
EC Tide Programme Brussels, Belgium |
|
Number | |
Aladin: Advanced Language Device for Interaction | 162 |
|
|
EIC Laboratories Norwood, MA 02062 |
|
Number | |
High Charge Density, Bipolar Electrodes for Chronic FNS | 79 |
Thin-Film Peripheral Nerve Electrode | 95 |
|
|
Engineering and Physical Sciences Reseach
Council Glaskow, UK |
|
Number | |
Development of a Biomechanical Model of the Interface between the Residual Limb and the Prosthesis for Transfemoral Amputees | 18 |
|
|
Foundation for Sports Medicine Education and
Research Rosemont, IL 60016 |
|
Number | |
Preconditioning as a Technique to Minimize Tourniquet-Induced Muscle Injury | 232 |
|
|
Harborview Medical Center Department of Orthopaedics 325 9th Ave., Box 359798 Seattle, WA 98104 |
|
Number | |
Development and Validation of a Musculoskeletal Extremity Health Status Instrument: The Musculoskeletal Functional Assessment Instrument | 73 |
|
|
Hebrew Rehabilitation Center for Aged 1200 Centre Street Boston, MA 02131 |
|
Number | |
Quantitative Posturography: Open-Loop and Closed-Loop Postural Control Mechanisms in Parkinson's Disease--Increased Mediolateral Activity during Quiet Standing | 42 |
|
|
Health Research Board Dublin, Ireland |
|
Number | |
Detection and Accumulation of Microdamage in Bone | 34 |
|
|
Hospital for Sick Children Foundation 555 University Avenue, Toronto, M5G 1X8 Ontario, Canada |
|
Number | |
Home Automation and Workplace Integration | 179 |
Development of a Multifunction Myoelectric Control System | 10 |
|
|
Hugh Steeper Ltd. Queen Mary's University Hospital Roehampton Disability Centre Roehampton Lane London SW 15 5PL, England |
|
Number | |
Development of a Multifunction Myoelectric Control System | 10 |
|
|
Hugh MacMillan Rehabilitation Centre 350 Rumsey Road, Toronto, M4G 1R8 Ontario, Canada |
|
Number | |
Remote Rehabilitation Services Network | 142 |
|
|
Institute for Fundamental and Clinical Human
Movement Sciences Faculty of Human Movement Sciences Vrije Universiteit Amsterdam, The Netherlands |
|
Number | |
Ergonomics of Manual Wheelchair Propulsion | 333 |
|
|
Industry Canada 3701 Carling Avenue, Box 11490, Station H Ottawa, K2H 8S2 Ontario, Canada |
|
Number | |
Establishing of a Database for Identification of Augmentative Communication Aid Users and Facilitators Willing to Participate in Research | 178 |
|
|
Italian Ministry for University and Scientific Research Lungotevere Thaon di Revel 76 Rome, 00100, Italy |
|
Number | |
Development of a Closed Loop Control System for FES and Application to Knee Joint Movements in Paraplegics | 109 |
Multifactorial Analysis of Seat Cushion for Wheelchair Users | 335 |
|
|
Keio Medical School Tokyo 160 Japan |
|
Number | |
Effects of Aging on Motor Unit Firing Behavior: Rank-Ordered Regulation of Motor Units | 212 |
|
|
Leverhulme Trust Tenovus, Scotland |
|
Number | |
Further Development of Talksbac: A Computer-Based Communication System | 163 |
|
|
Liberty Mutual Insurance Company 71 Frankland Road Hopkinton, MA 01748 |
|
Number | |
Biomechanical Evaluation of the Effects of Load Carrying on "Dynamic" Balance Control | 58 |
Model for the "Dynamic" Postural Control System | 59 |
Biochemical and Myoelectric Events During Fatigue | 189 |
Control of Muscle Fibers: How Does a Muscle Regulate Force? | 194 |
Motor Unit Control Properties During Sustained Constant-Force Isometric Contractions | 193 |
Synchronous Behavior of Motor Unit Firings | 195 |
Development of Test Protocols to Assess the Behavior of Back Muscles | 196 |
Low-Level Muscle Activity as a Risk Factor in the Development of Cumulative Trauma Disorders | 204 |
Effects of Aging on Motor Unit Firing Behavior: Hand Dominance Effects | 210 |
Effects of Aging on Motor Unit Firing Behavior: Rank-Ordered Regulation of Motor Units | 212 |
Evaluation of Low Back Pain Treatment Outcome | 247 |
Normative Database for Low Back Pain Evaluation in Blue Collar Workers | 248 |
Predictability of the Susceptibility to Low Back Pain | 249 |
|
|
Loyola Medical Center Department of Medicine Maywood, IL 60153 |
|
Number | |
Rehabilitation of Urinary Incontinence Using Stimulated Muscle Flaps | 80 |
|
|
Louisiana Board of Regents 150 Riverside Drive, Suite 129 Baton Rouge, LA 70801-1389 |
|
Number | |
FES Powered RGO: A Practical Walking System for Paraplegics | 110 |
|
|
Mayo Clinic and Mayo Foundation 200 First Street SW Rochester, MN 55905 |
|
Number | |
Valgus-Varus Motion of the Knee in Stair Climbing and Level Walking | 35 |
Proprioceptive Neuromuscular Facilitation Effects Upon Maximal Isometric Strength and Endurance | 131 |
Influences of Cane Length on the Stability of Stroke Patients | 139 |
Activation of Neck Muscles During a Force Control Task | 197 |
|
|
Medical Technologies, Inc. Grand Prairie, TX 75050 |
|
Number | |
Evaluation of the Bledsoe Pro-Shifter Brace for ACL-Deficient Patients | 257 |
|
|
Ministry of Health of Ontario 7 Overlea Blvd. 6th Floor, Toronto, K1H 8M2 Ontario, Canada |
|
Number | |
Home Automation and Workplace Integration | 179 |
|
|
Minnesota Medical Foundation 420 Delaware St. SE Minneapolis, MN 55455 |
|
Number | |
Adjustment after Spinal Cord Injury: The 20-Year Minnesota Longitudinal Study | 119 |
Prediction of Mortality after Spinal Cord Injury: A 20-Year Prospective Study | 322 |
|
|
Mississippi State University Rehabilitation Research P.O. Drawer 6189 Mississippi State, MS 39762 |
|
Number | |
Identification of Skills and Knowledge Necessary for People with Visual Impairments Beginning Jobs after Graduating from Postsecondary Institutions | 294 |
|
|
Moss Rehabilitation Hospital 12th St. & Tabor Road Philadelphia, PA 19141 |
|
Number | |
Effect of an Induced Leg Length Discrepancy on Gait Biomechanics | 48 |
|
|
Multiple Sclerosis Association of America Oaklyn, NJ 08107 |
|
Number | |
Effect of Microclimate Cooling on Physical Function in Multiple Sclerosis (MS) | 216 |
|
|
Natural Sciences and Engineering Research Council
of Canada 350 Albert Street, Ottawa Ontario K1A 1H5, Canada |
|
Number | |
Home Automation and Workplace Integration | 179 |
|
|
National Institute on Aging 9000 Rockville Pike Bethesda, MD 20892 |
|
Number | |
Percutaneous Neuromuscular Stimulation for Shoulder Subluxation in Hemiplegia | 96 |
Effect of Chair Design on Chair Rise Performance in Disabled Older Adults | 117 |
|
|
National Institute on Disability and
Rehabilitation Research U.S. Department of Education 600 Independence Ave., MES 3060 Washington, DC 22202-2572 |
|
Number | |
Lighter Weight Electric Prehensor | 6 |
Clinical Collaboration to Improve Higher-Level Upper-Limb Prosthetic Fittings | 7 |
Improving Prosthetic Prehension | 8 |
Body-Powered Toddler Hand | 9 |
Electric Humeral Rotator | 11 |
Mechanical Humeral Rotator Locking Mechanism | 12 |
Investigation of 4-Bar Linkage Knees as an Aid to Floor Clearance during Prosthetic Swing | 19 |
Development of a Direct Ultrasound Ranging System for the Quantification of Ambulation | 49 |
Use of Joint Torque, Energy, and Power in Clinical Gait Evaluation | 50 |
Refinement, Evaluation, and Dissemination of a Diagnostic and Treatment Assessment Expert System for the Interpretation of Walking Disorders Leading to Disability | 51 |
Development of a Gait Interpretation, Instruction, and Report Generation System | 52 |
Relation of Rehabilitation Intervention to Functional Outcome | 66 |
Assessment of Ambulation Motion Parameters for Clinical Evaluation | 67 |
Development of Clinical Protocols Based on Ergonomics Evaluation in Response to American Disability Act (1990) | 68 |
Improving Vocational Outcomes of Individuals Who Have Sustained a Stroke | 69 |
Predictive Value of Cognitive/Behavioral Measures in Patients after Stroke in Assessing Functional Outcome | 70 |
Measuring Functional Outcomes after Rehabilitation for Spinal Cord Injury: Assessing the Functional Independence Measure | 71 |
Adjustment after Spinal Cord Injury: The 20-Year Minnesota Longitudinal Study | 119 |
Changes in Physiologic and Health Status in Individuals Aging with Spinal Cord Injury | 121 |
Natural Course of Aging in Spinal Cord Injury: Functional Issues | 120 |
Policy Barriers to Accessing Technology Services for People Aging with SCI | 122 |
Use of Technology Services to Maintain Employment Among People Aging with a Spinal Cord Injury | 123 |
Assessment of Residential Care Facilities as an Alternative Community Service Model for Disabled Older Adults | 124 |
Medical Compliance by Older Adults: The Impact of Treatment Expectations and Psychological Factors of Both Family and Patients | 125 |
Utilization of In-Home Paid Assistance by Hispanic and Anglo Older Adults, and Model Development to Enhance Utilization | 126 |
Use of Technology Services to Maintain Employment Among People Aging with a Spinal Cord Injury | 123 |
Variations in Secondary Conditions, Risk Factors, and Health Care Needs for Four Groups of Persons Aging with Physical Disability | 128 |
Effectiveness of a Telephone Support Group for Stroke Caregivers | 133 |
Prevention of Thromboembolism in Stroke Rehabilitation Patients | 132 |
Effects of Aerobic Exercise on Young Persons Post-Stroke | 134 |
Controlled Study of the Effects of EMG Feedback and Electrical Stimulation on Motor Recovery in Acute Stroke Patients | 135 |
Reducing Motor Disability in Hemiparetic Stroke by Manipulation of Sensory Input from the Paretic Upper Limb: A Quantitative Evaluation | 136 |
Course of Recovery of Cognitive-Communicative Problems in Right Brain Damaged Individuals | 137 |
Comorbidities and Complications in Stroke: Incidence, Risk Factors, and Effects on Outcomes | 138 |
Assistive Control in Using Computer Devices for Those with Pathological Tremor | 143 |
Consumer Innovation Laboratory of the Robotics RERC | 144 |
Special Projects and Demonstration: Applications of Technology to Enhance Quality of Life--A Community Model | 148 |
Trans-Train: Transdisciplinary Training of Rehabilitation Personnel in Assistive Technology | 149 |
Assistive Robotics in a Vocational Setting | 151 |
Body Powered Rehabilitation Robot | 152 |
Rehabilitation Robotics Information Program | 153 |
Improving the Functional Utility of Rehabilitation Robotics through Enhanced Sensory Feedback--The Virtual Headstick | 154 |
Multi-Modal Control of a Rehabilitation Robot | 155 |
Developing a Robotically Aided Science Education Laboratory for Students with Severe Physical Disabilities | 156 |
Control and Signal Processing Strategies for Tremor Suppression | 157 |
Human Factors Studies in Eye Movements Related to AAC Head Movement Studies | 164 |
Single Switch Mouse Control Interface | 165 |
Development of AAC Systems Based on Personal Computers | 166 |
Evaluation of Human-Systems Interaction in AAC | 167 |
Human Factors Studies in Eye Movements Related to AAC Head Movement Studies | 164 |
Application of Natural Language Processing to AAC | 169 |
Spatialization and Spatial Metaphor in AAC | 170 |
Speech Synthesis Program | 171 |
EEG Interface Program | 172 |
Research in Interface Methodologies for AAC | 173 |
Augmentative and Alternative Communication Technical Assistance and Outreach Program | 174 |
Speech Processing Program | 176 |
Relationships among Age at Onset, Adequacy of Personal Assistance, Negative Health Incidents, and Health Care Utilization for Persons with Physical Disabilities | 182 |
Increasing the Capacity of Independent Living Centers to Serve Minority Populations | 183 |
Accessibility of Primary Care Physicians' Offices for People with Disabilities: An Analysis of Compliance with the Americans with Disabilities Act | 184 |
Curriculum for Training Physicians in Reproductive Health Care for Women with Physical Disabilities | 185 |
Vermont Rehabilitation Engineering Research Center for Low Back Pain | 233 |
Influence of Knee Extensor Strength and Pain on Stride Characteristics in Women with Rheumatoid Arthritis | 240 |
Quantification and Interpretation of Back Motion as an Evaluative Tool in Low Back Disorders | 250 |
Crutch Ambulation | 258 |
Criteria for Interfacing and Control of a Powered Upper Extremity Orthosis | 259 |
Development of Lower Extremity Orthotics for Children with Myelomeningocele | 260 |
Orthotics for Myelomeningocele Patients, Teenage Versus Childhood | 261 |
Mobile Arm Supports for Children | 262 |
Longitudinal Analysis of Well-Being in Persons with Spinal Cord Injury and Their Caregivers | 266 |
Noise Reduction for Hearing Aids | 278 |
Identification of Skills and Knowledge Necessary for People with Visual Impairments Beginning Jobs after Graduating from Postsecondary Institutions | 294 |
Natural History and Clinical Course of Urinary Tract Complications in Patients with Spinal Cord Dysfunction | 302 |
Causes and Costs of Unplanned Rehospitalizations among Persons with Spinal Cord Injury | 303 |
Immune Responses to Pneumococcal Vaccine in Spinal Cord Injury | 319 |
Ultrasound for Urinary Tract Surveillance of Persons with Spinal Cord Injury | 320 |
Obstetric/Gynecologic Complications in Women with Spinal Cord Injury | 321 |
Prediction of Mortality after Spinal Cord Injury: A 20-Year Prospective Study | 322 |
Determination of Environmental Accessibility and Wheelchair User Proficiency through Virtual Simulation | 334 |
Measurement of Plantar Foot Soft Tissue Properties of Patients with Diabetic Neuropathy for Prediction of Plantar Foot Pressures and Assessment of Plantar Ulceration Risk | 341 |
Resource Unit for Information and Education | 353 |
|
|
National Institutes of Health 900 Rockville Place Bethesda, MD 20892; Web: http://www.nih.gov |
|
Number | |
Improving Prosthetic Prehension | 8 |
Prosthetic Fitting Systems Research Project: Phase 2 | 17 |
Prosthetic Fitting Systems Research Project: Phase 1 | 24 |
Valgus-Varus Motion of the Knee in Stair Climbing and Level Walking | 35 |
Coordination of Movements with Multiple Degrees of Freedom | 36 |
Mechanisms Underlying Compliant Behavior of the Limbs | 37 |
Measuring Functional Outcomes after Rehabilitation for Spinal Cord Injury: Assessing the Functional Independence Measure | 71 |
Assessment of Upper Limb Functional Capabilities after Cervical Spinal Cord Injury | 72 |
Management of Urinary Disorders in SCI | 84 |
Microstimulation of the Lumbosacral Spinal Cord: Mapping | 85 |
Comparison of Discomfort Associated with Percutaneous and Surface Neuromuscular Stimulation | 92 |
Percutaneous Neuromuscular Stimulation for Shoulder Subluxation in Hemiplegia | 96 |
Closed-Loop Control of Functional Neuromuscular Stimulation: Methods of Providing Sensory Feedback | 97 |
Restoration of Shoulder Movement in C5 Tetraplegia | 98 |
Closed-Loop Control of Functional Neuromuscular Stimulation | 99 |
Hand Neuroprosthesis in Chronic Hemiplegia | 100 |
Efficacy of Neuromuscular Stimulation in Enhancing the Upper Extremity Motor and Functional Recovery of Acute Stroke Survivors | 101 |
Influences of Cane Length on the Stability of Stroke Patients | 139 |
Assistive Control in Using Computer Devices for Those with Pathological Tremor | 143 |
Control and Signal Processing Strategies for Tremor Suppression | 157 |
Automatic Mode Selection in a Shared Control System | 158 |
Relationships among Age at Onset, Adequacy of Personal Assistance, Negative Health Incidents, and Health Care Utilization for Persons with Physical Disabilities | 182 |
Increasing the Capacity of Independent Living Centers to Serve Minority Populations | 183 |
Accessibility of Primary Care Physicians' Offices for People with Disabilities: An Analysis of Compliance with the Americans with Disabilities Act | 184 |
Curriculum for Training Physicians in Reproductive Health Care for Women with Physical Disabilities | 185 |
Health Promotion for Women with Physical Disabilities | 186 |
Central Nervous System Control Rules for Voluntary Movement | 217 |
Sexuality Issues among Women with Physical Disabilities | 267 |
Muscle Fiber Damage Due to Eccentric Contractions198 Muscle Fiber Damage Due to Eccentric Contractions | 198 |
|
|
National Institute of Child Health & Human
Development National Institutes of Health Bethesda, MD 20892; Web: http://www.nih.gov |
|
Number | |
Prosthetic Fitting Systems Research Project: Phase 2 | 17 |
Prosthetic Fitting Systems Research Project: Phase 1 | 24 |
Assessment of Upper Limb Functional Capabilities after Cervical Spinal Cord Injury | 72 |
Development and Validation of a Musculoskeletal Extremity Health Status Instrument: The Musculoskeletal Functional Assessment Instrument | 73 |
Comparison of Discomfort Associated with Percutaneous and Surface Neuromuscular Stimulation | 92 |
Restoration of Shoulder Movement in C5 Tetraplegia | 98 |
Hand Neuroprosthesis in Chronic Hemiplegia | 100 |
Efficacy of Neuromuscular Stimulation in Enhancing the Upper Extremity Motor and Functional Recovery of Acute Stroke Survivors | 101 |
Paraplegic Walking Made Practical with FNS and Orthoses | 111 |
|
|
National Institute of Neurological Disorders & Stroke National Institutes of Health Bethesda, MD 20892; Web: http://www.nih.gov |
|
Number | |
Microstimulation of the Lumbosacral Spinal Cord: Mapping | 85 |
Closed-Loop Control of Functional Neuromuscular Stimulation: Methods of Providing Sensory Feedback | 97 |
Closed-Loop Control of Functional Neuromuscular Stimulation: Methods of Providing Sensory Feedback | 97 |
Paraplegic Walking Made Practical with FNS and Orthoses | 111 |
|
|
National Research Council of Canada Institute for Intelligent Systems, Ottawa, K1A OR8 Ontario Canada |
|
Number | |
Development of a Paediatric Above-Knee Endoskeletal Running Prosthesis | 20 |
|
|
National Science Foundation Biomedical Engineering & Aiding Disabled, Room 565 4201 Wilson Blvd Arlington, VA 22330; Web: http://www.nsf.gov |
|
Number | |
Quantitative Posturography: A Pinned Polymer Model of Posture Control | 43 |
Quantitative Posturography: A Quantitative Analysis of Statics and Dynamic Posture Control | 44 |
Central Mechanisms for Momentum Generation During Gait Initiation and Their Degradation with Healthy Aging | 53 |
Dynamic Model of Skeletal Muscles and Joints | 86 |
EMG-Force Models in Muscles with Various Firing Rate and Recruitment Strategies | 87 |
EMG Power Spectra Changes Due to Skill Acquisition | 89 |
Use of EMG as Force Feedback in Closed-Loop Electrical Stimulation Systems | 88 |
Control of Joint Motion with Synergistic Stimulation of Its Agonist/Antagonist Muscle | 90 |
Assessing Individuals' Predispositions to the Use, Avoidance, or Abandonment of Assistive Technologies | 145 |
Engaging, Recruiting, and Retaining Students with Disabilities in Science, Engineering, and Math | 175 |
Ligamento-Muscular Protective Reflex in the Knee, Shoulder, Ankle, and Elbow | 199 |
Surface and Wire EMG Crosstalk in Neighboring Muscles | 200 |
Three-Dimensional Description of Muscle Properties | 201 |
Theory of Spatiotemporal Chaos | 218 |
Aperiodic Stochastic Resonance in Model Neurons | 219 |
Stochastic Resonance Without Tuning | 220 |
Using Chaos Control to Suppress a Pathological Nonchaotic Rhythm in a Cardiac Model | 252 |
Using Noise and Chaos Control to Control Nonchaotic Systems | 251 |
Tactile and Haptic Interface Project | 295 |
Orderly Recruitment of Motor Units with Tripolar Nerve Cuff Electrodes | 354 |
Mechanoreceptors in the Knee, Shoulder, Elbow, and Wrist Ligaments | 355 |
|
|
Natural Sciences and Engineering Research Council
of Canada 200 Kent St. Ottawa, K1A 1H5 Ontario Canada |
|
Number | |
Detection and Accumulation of Microdamage in Bone | 34 |
Assessment of Variability in Human Walking | 54 |
|
|
National Center for Medical and Rehabilitation Research No address listed. |
|
Number | |
Prosthetic Fitting Systems Research Project: Phase 2 | 17 |
Prosthetic Fitting Systems Research Project: Phase 1 | 24 |
Assessment of Upper Limb Functional Capabilities after Cervical Spinal Cord Injury | 72 |
Management of Urinary Disorders in SCI | 84 |
Restoration of Shoulder Movement in C5 Tetraplegia | 98 |
Automatic Mode Selection in a Shared Control System | 158 |
Sexuality Issues among Women with Physical Disabilities | 267 |
Prediction of Mortality after Spinal Cord Injury: A 20-Year Prospective Study | 322 |
|
|
Nemours Foundation, A.I. duPont Institute PO Box 269 Wilmington, DE 19899 |
|
Number | |
Consumer Innovation Laboratory of the Robotics RERC | 144 |
Assistive Robotics in a Vocational Setting | 151 |
Body Powered Rehabilitation Robot | 152 |
Rehabilitation Robotics Information Program | 153 |
Improving the Functional Utility of Rehabilitation Robotics through Enhanced Sensory Feedback--The Virtual Headstick | 154 |
Multi-Modal Control of a Rehabilitation Robot | 155 |
Developing a Robotically Aided Science Education Laboratory for Students with Severe Physical Disabilities | 156 |
Control and Signal Processing Strategies for Tremor Suppression | 157 |
Study of Shoulder Function as an Input to an Assistive Robotic System | 159 |
Human Factors Studies in Eye Movements Related to AAC Head Movement Studies | 164 |
Single Switch Mouse Control Interface | 165 |
Development of AAC Systems Based on Personal Computers | 166 |
Evaluation of Human-Systems Interaction in AAC | 167 |
Human Factors Studies in Eye Movements Related to AAC Head Mounted Unit | 168 |
Application of Natural Language Processing to AAC | 169 |
Spatialization and Spatial Metaphor in AAC | 170 |
Speech Synthesis Program | 171 |
EEG Interface Program | 172 |
Research in Interface Methodologies for AAC | 173 |
Augmentative and Alternative Communication Technical Assistance and Outreach Program | 174 |
Engaging, Recruiting, and Retaining Students with Disabilities in Science, Engineering, and Math | 175 |
Speech Processing Program | 176 |
Criteria for Interfacing and Control of a Powered Upper Extremity Orthosis | 259 |
Tactile and Haptic Interface Project | 295 |
Measuring the Effects of Vestibular Stimulation on Children with Cerebral Palsy | 323 |
|
|
Nobelpharma, USA, Inc. 777 Oakmont Lane, Suite 100 Westmont, IL 60559 |
|
Number | |
Long-Term Evaluation of Maxillary Sinus Bone Grafts with Dental Implants | 118 |
|
|
North Atlantic Treaty Organization Brussels, Belgium |
|
Number | |
Simulation of EMG Signals Electrically Evoked in the Human Biceps Muscle | 202 |
Simulation of Evoked EMG Signals from in Vitro Preparations | 203 |
|
|
Norwegian Research Council No address listed. |
|
Number | |
Low-Level Muscle Activity as a Risk Factor in the Development of Cumulative Trauma Disorders | 204 |
|
|
Obafemi Awolowo University Iie-Ife, Nigeria |
|
Number | |
Measurement of Ground-Foot Reaction Force to Determine Gait Assymmetry Using a Computer Based Telemetry System | 55 |
|
|
Ontario Ministry of Health Queen's Park, Toronto, M7A 1L3 Ontario, Canada |
|
Number | |
Development of a Paediatric Above-Knee Endoskeletal Running Prosthesis | 20 |
Seated and Related Postural Devices for Elementary School Environments | 60 |
Development of an Adaptive Toileting System for Young Children | 146 |
Effectiveness of Using Voice Recognition Systems | 177 |
Development of a Modular-Design Custom-Fit Ankle-Foot Orthosis | 263 |
Development of Better Postural Belting and Other Anterior Postural Control Devices | 336 |
Development of Custom Car Seats for School-Aged Children with Physical Disabilities | 337 |
Development of a Multifunction Myoelectric Control System | 10 |
|
|
Ontario Rehabilitation R&D Consortium Ottawa Ontario Canada |
|
Number | |
Development of a Paediatric Above-Knee Endoskeletal Running Prosthesis | 20 |
Seated and Related Postural Devices for Elementary School Environments | 60 |
Development of an Adaptive Toileting System for Young Children | 146 |
Establishing of a Database for Identification of Augmentative Communication Aid Users and Facilitators Willing to Participate in Research | 178 |
Home Automation and Workplace Integration | 179 |
Development of Better Postural Belting and Other Anterior Postural Control Devices | 336 |
Development of Custom Car Seats for School-Aged Children with Physical Disabilities | 337 |
Development of a Modular Paediatric Seating System | 338 |
|
|
Orthopaedic Trauma Association 6300 North River Road, Suite 727 Rosemont, IL 60559 |
|
Number | |
Evaluation of Hip Stability Following Simulated Transverse Actebular Fractures | 38 |
|
|
Paralyzed Veterans of America, Spinal Cord
Injury Education and Training 801 18th Street, NW, Washington, DC 20006 |
|
Number | |
Client-Centered Occupational Therapy for Individuals with Spinal Injury | 74 |
Development and Dissemination of a Resource Guide on Functional Electrical Stimulation (FES) for Persons with Spinal Cord Dysfunction | 91 |
|
|
Paralyzed Veterans of America, Spinal Cord
Research Foundation 801 18th Street, NW Washington, DC 20006 |
|
Number | |
Development and Dissemination of a Resource Guide on Functional Electrical Stimulation (FES) for Persons with Spinal Cord Dysfunction | 91 |
|
|
Phoenix Foundation The Netherlands |
|
Number | |
Wilmer Cosmetic Prosthetic Prehensor for Children | 5 |
|
|
Physical Medicine and Rehabilitation Education
and Research Foundation Dallas, TX 75243 |
|
Number | |
Efficacy of Neuromuscular Stimulation in Enhancing the Upper Extremity Motor and Functional Recovery of Acute Stroke Survivors | 101 |
|
|
Post Polio Clinic of the Albert Einstein Medical
Center Philadelphia 5501 Old York Road Philadelphia, PA 19141 |
|
Number | |
Determination of the Effect of Range of Motion Changes in an Articulated Ankle Foot Orthosis on Lower Extremity Muscle Demands | 264 |
|
|
Rehabilitation Research and Training Center on Aging Rancho Los Amigos Medical Center 7600 Consuelo St. Downey, CA 90242 |
|
Number | |
Study of Policy Barriers Impeding Use of Assistive Technology by Persons Aging with Disabilities | 187 |
|
|
Rehabilitation Research Training Center on FA
and Evaluation of Rehabilitation SUNY at Buffalo Buffalo, NY 14222 |
|
Number | |
Relation of Rehabilitation Intervention to Functional Outcome | 66 |
|
|
Rehabilitation Medicine Scientist Development Program National Institutes of Health Bethesda, MD 20892; Web: http://www.nih.gov |
|
Number | |
Comparison of Discomfort Associated with Percutaneous and Surface Neuromuscular Stimulation | 92 |
Hand Neuroprosthesis in Chronic Hemiplegia | 100 |
Efficacy of Neuromuscular Stimulation in Enhancing the Upper Extremity Motor and Functional Recovery of Acute Stroke Survivors | 101 |
|
|
Rotary Club of Toronto Toronto Ontario, Canada |
|
Number | |
Development of Custom Car Seats for School-Aged Children with Physical Disabilities | 337 |
Development of a Modular Paediatric Seating System | 338 |
|
|
Royal College of Surgeons of Ireland St. Stephens Green Dublin 2 Ireland |
|
Number | |
Detection and Accumulation of Microdamage in Bone | 34 |
|
|
Shriners Hospital for Crippled Children Chicago, IL 60635 |
|
Number | |
Quantitative Analysis of Shoulder Movements Used to Control a FES System in Adolescents with C4 Level Spinal Cord Injuries | 102 |
|
|
Shepherd Center, Inc. 2020 Peachtree Road, NW Atlanta, GA 30309 |
|
Number | |
Secondary Conditions after Spinal Cord Injury: Relationship to Life Adjustment | 304 |
Race, Gender, Age, and Adjustment after Spinal Cord Injury: The Southeastern Longitudinal Study | 305 |
|
|
State Department of Social Affairs The Netherlands |
|
Number | |
Wilmer Cosmetic Prosthetic Prehensor for Children | 5 |
|
|
Stichting Fonds Johannastichting P.O. Box 9044, Arnhem, 6800 GG The Netherlands |
|
Number | |
Stratified Norms for the Rivermead Behavioural Memory Test | 75 |
Disability-Oriented Epidemiological Study on the Long-Term Sequelae of Traumatic Brain Injury | 140 |
|
|
St. Maartenskliniek, Deptartment of Research
and Development P.O. Box 9011, Nijmegen, 6500 GM The Netherlands |
|
Number | |
Stratified Norms for the Rivermead Behavioural Memory Test | 75 |
Disability-Oriented Epidemiological Study on the Long-Term Sequelae of Traumatic Brain Injury | 140 |
|
|
Tayside Health Board Dundee, DD5 1AG Scotland, UK |
|
Number | |
Further Development of Talksbac: A Computer-Based Communication System | 163 |
Long-Term Follow-Up of the Results of Total Meniscectomy and Secondary Osteoarthrosis | 241 |
|
|
University of New Brunswick Research Fund Fredericton, NB E3B 5A3 Canada |
|
Number | |
Myoelectric Data Compression Using ADPCM | 205 |
|
|
University of Pennsylvania Philadelphia, PA 19104 |
|
Number | |
Rapid Prototyping for Rehabilitation Aids for the Physically Disabled | 147 |
|
|
University of Twente Biomedical Engineering Division P.O. Box 217, 7500 AE Enschede, The Netherlands |
|
Number | |
Isometric Length Force Characteristics of Pennate Muscle During and After Shortening: Experimental and Modelling Results | 61 |
Skeletal Muscle Length Force Characteristics During Maximal and Submaximal Activation | 206 |
|
|
University of Washington Seattle, WA 98195 |
|
Number | |
Chemical Triggers of Reflex Defecation in Spinal Cord Injury: Comparisons of Effectiveness | 324 |
Microprocessor-Based Wheelchair Pressure Relief Trainer and Monitor | 343 |
|
|
Variety Ability Systems 3701 Danforth Avenue Scarborough, ON M1N 2G2 Canada |
|
Number | |
Development of a Paediatric Above-Knee Endoskeletal Running Prosthesis | 20 |
|
|
Variety/The Children's Charity |
|
Number | |
Development of the OMNI Passive Wrist Unit | 14 |
VASI 2-6 Prosthetic Hand Enhancements: Cosmetics and Function | 15 |
|
|
Vrije Universitiet Faculty of Human Movement Sciences Van der Boechorststraat 9 Amsterdam, 1081 BT, The Netherlands |
|
Number | |
Isometric Length Force Characteristics of Pennate Muscle During and After Shortening: Experimental and Modelling Results | 61 |
Skeletal Muscle Length Force Characteristics During Maximal and Submaximal Activation | 206 |
Ergonomics of Manual Wheelchair Propulsion | 333 |
|
|
Whitaker Foundation 1700 North Moore Street, Suite 2200 Rosslyn, VA 22209; Web: http://www.whitaker.org/ |
|
Number | |
Development of a Multifunction Myoelectric Control System | 10 |
Characterizing Postural Stability in Relation to Age and Susceptibility to Falling | 45 |
Mechanical Effects of Muscle Tendon Transfer and Functional Neuromuscular Stimulation | 103 |
Novel Mechatronic Device for Assessment of Balance Skills and Deficiencies | 221 |
|
|
Workplace Health, Safety & Compensation Commission
of New Brunswick St. John, NB E2L 3X9 Canada |
|
Number | |
Physiological Activity Recorder | 76 |
|
|
No Sponsor Listed |
|
Number | |
Biomechanical Analysis of Nonreamed Tibial Intramedullary Nailing after Simulated Transverse Fracture and Fibulectomy | 39 |
Quantitative Functional Anatomy of the Upper Limb | 40 |
Evaluation of Dual Band Grafts for Anterior Cruciate Ligament Reconstruction | 62 |
Low Cost, Horse-Drawn Cart for Individuals with Disabilities | 150 |
Hamlet--Simulating Emotion in Synthetic Speech | 180 |
Direct Brain Interface Based on Detection of Event-Related Potentials | 181 |
Comparison of Two Knee-Scoring Questionnaires Administered to a Normal Athletic Population | 207 |
Pressure-Volume Characteristics of the Intact and Disrupted Pelvic Retroperitoneum | 234 |
Experimental Testing of Open-Cell Foams to Determine Their Material Properties | 339 |
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Last revised Wed 05/26/1999