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Telerehabilitation technologies enable the delivery of rehabilitation services from providers to people with disabilities as well as specialty care consultations. This article discusses the barriers experienced when planning and pilot testing a telerehabilitation multi-site specialty consultation for specialists in their medical centers, and the lessons learned. The barriers included integration and participation, coordination across organizational units, and privacy and information security. Lessons learned included the need for collaboration across multiple departments, telerehabilitation equipment back-ups, and anonymous and private communication protocols. Despite delays resulting from coordination at multiple levels of a national organization, we developed a program plan and successfully implemented a pilot test of the southeast region program. Specialty consultation using telerehabilitation delivery methods requires identifying provider preferences for technological features. Lessons learned could inform development of outpatient telerehabilitation for patients with amputations and studies of patients and providers involved in telerehabilitation.

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OBJECTIVES: (1) To determine the incidence of wheelchair falls and fall-related injuries in persons with spinal cord injury (SCI) living in the community. (2) To predict wheelchair-related falls and associated injuries from specific parameters including characteristics of the wheelchair user, wheelchair type and features, health care practices, wheelchair activities, and physical environment. DESIGN: This prospective cohort study followed participants monthly over 1 year; data were collected through surveys, interviews, performance testing, observation, and medical records. SETTING: Three Veterans' Administration hospitals. PARTICIPANTS: Convenience sample of community-dwelling persons with SCI who used a wheelchair as their primary means of mobility (N=702). INTERVENTIONS: Not applicable. MAIN OUTCOME MEASURES: Self-reports of wheelchair falls and fall-related injuries, Wheelchair User Characteristics Survey, Health Status Checklist, Health-Related Behaviors, Zuckerman Sensation Seeking Scale, Wheelchair and Equipment-Related Behaviors, Wheelchair Characteristics, Wheelchair Skills Test, and Physical Environment Assessment. RESULTS: Of the 659 subjects who completed the study, 204 participants (31%) reported 553 fall events, and 95 subjects (14%) were injured as a result of wheelchair falls. A logistic regression model for predicting wheelchair falls identified 6 significant risk factors: pain in previous 2 months, alcohol abuse, greater motor function, history of previous fall, fewer SCI years, and shorter length of wheelchair. Eighty-two percent of the variance for wheelchair fall events was explained by these 6 variables. A logistic regression model for predicting injurious falls identified 4 significant risk factors: pain in previous 2 months, greater motor function, history of previous fall, and inaccessible home entrance. These 4 factors were able to explain 81% of the variance for injurious falls. CONCLUSIONS: This is the first study to determine the incidence of wheelchair-related falls in community-dwelling people with SCI who use a wheelchair. Results indicate the incidence of falls was 31% and injurious falls was 14%. Those at greatest risk can be predicted from some readily available information regarding their clinical status, wheelchair features, and home environment.

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BACKGROUND/OBJECTIVE: Recurring annual costs of caring for patients with chronic spinal cord injury (SCI) is a large economic burden on health care systems, but information on costs of SCI care beyond the acute and initial postacute phase is sparse. The objective of this study was to establish a frame of reference and estimate of the annual direct medical costs associated with health care for a sample of patients with chronic SCI (ie, > 2 years after injury). METHODS: Patients were recruited from 3 Veterans Health Administration (VHA) SCI facilities; baseline patient information was cross-referenced to the Decision Support System (DSS) National Data Extracts (NDE) to obtain patient-specific health care costs in VHA. Descriptive statistical analysis of annual DSS-NDE cost of patients with SCI (N = 675) for fiscal year (FY) 2005 by level and completeness of injury was conducted. RESULTS: Total (inpatient and outpatient) annual (FY 2005) direct medical costs for 675 patients with SCI exceeded $14.47 million or $21,450 per patient. Average annual total costs varied from $28,334 for cervical complete SCI to $16,792 for thoracic incomplete SCI. Two hundred thirty-three of the 675 patients with SCI who were hospitalized over the study period accounted for a total of 378 hospital discharges, costing in excess of $7.19 million. This approximated a cost of outpatient care received of $7.28 million for our entire sample. CONCLUSIONS: The comprehensive nature of health care delivery and related cost capture for people with chronic SCI in the VHA provided us the opportunity to accurately determine health care costs for this population. Future SCI postacute care cost analyses should consider case-mix adjusting patients at high risk for rehospitalization.

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While much of the research on falls has focused on the ambulatory elderly, little is known about wheelchair-related falls that occur in persons with disabilities. A thorough understanding of wheelchair-related falls would include the demographics, the mechanism and nature of the fall event, and the nature of any resultant injury, including the cost of treatment and long-term sequelae. The purpose of this article is to provide an overview of the current data on wheelchair-related falls and to make recommendations for avenues for improved quality of care and future research to promote patient safety.

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Wheelchairs originally were designed to transport people from one place to another quickly and easily. They have evolved to rank among the most important therapeutic devices used in rehabilitation. Currently, an estimated 2.2 million people who use wheelchairs generally are living longer and moving about more. However, the increased use of wheelchairs has been accompanied by many types of adverse events and repetitive stress injuries. Wheelchair prescription, posture, training, and maintenance are critical components of safety in this population, and may be enhanced through increased awareness and education. Since nurses and nursing staff are most often involved directly with wheelchair users (particularly in long-term-care settings), providing specialized programs for adaptive wheelchair fitting allows for a proactive approach to seating problems.

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New technologies designed to help prevent adverse events related to the mobility of geriatric patients (ie, patient falls, bed-rail entrapment, patient handling, and wandering) are described. Technology offers the potential to eliminate or mitigate preventable adverse events that interfere with treatment, delay rehabilitation, potentiate impairment, and compromise patient safety. Unchecked, these adverse events can have a negative impact on patient health, functional status, and quality of life. It is not surprising that the elderly constitute the population at highest risk for adverse events, based on poor health, chronic conditions, long hospitalizations, and institutional care. Patient falls are a high-risk, high-volume, and high-cost adverse event. Key technologies to prevent falls and fall-related injuries include hip protectors, wheelchair/scooter safety features, intelligent walkers, fall alarms, and environmental aids. Bed-rail entrapment is a serious adverse event, which includes patients being trapped, entangled, or strangled in beds. New technologies to prevent bed-rail entrapment include new hospital bed designs, height-adjustable low beds, devices to close gaps in legacy beds, and bedside floor mats. Patients with mobility impairments necessitate physical assistance in transfers and other patient-handling tasks, which increases risk for the caregiver and the patient. Featured technologies to prevent patient handling injuries include innovations in floor-based lifts, new ceiling-mounted patient lifts, and improvements in powered standing lifts, new friction-reducing devices, and new patient transport technology. Wandering affects 39% of cognitively impaired nursing home residents and up to 70% of community-residing elderly persons with cognitive impairments. New technologies to prevent adverse events associated with wandering include door alarms and signal-transmitting devices. Nurses in geriatric settings would benefit from exposure to technologies that could improve patient and caregiver safety. To maximize the benefits of technology, it is critical that front-line nursing staff be involved in the testing and selection of devices that will be used in their practice. Further, to reap the full benefits of technology, a careful plan for implementation needs to be developed that would include integrating the new technology with existing infrastructure. Training needs to be provided for all staff who will be using the technology, and efforts to ensure competency over time is needed. A major barrier to widespread use of new technology is cost. Further research is needed to demonstrate the cost effectiveness of these devices. Results from these studies will help to build a business case, demonstrating that initial capital investments will result in cost savings, improved quality of care, and other benefits.

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Technology is changing the way nurses provide patient care in spinal cord injury. A key nursing concern is the impact of technology-assisted caregiving tasks (TACT) on the patients' sense of dignity. Despite frequent use of the term dignity in discussing treatment of persons with disabilities, there is a dearth of empirical research related to this topic. In particular, there have been few attempts to define the construct for the purposes of valid measurement. The purpose of this article is, therefore, to critically review the relevant literature on patient dignity with an aim toward eventual development and validation of a Dignity Assessment Tool.

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Falls are a significant cause of injury, disability, and death in the elderly, but little is known about the risk of wheelchair-related falls. The purpose of this study is to describe the incidence, etiology, location of fracture, treatment, and health care utilization of fall-related fractures in persons with spinal cord impairment (SCI). A retrospective review of 45 medical records of patients with SCI who sustained fractures, nonconcomitant with the onset of their initial injury, was completed at a Veterans Health Administration (VHA) SCI service over a 10-year period. Of the 24 veterans who sustained fall-related fractures, three (12%) were found to have repeated falls with fractures. Falls were sustained during activities (more than one wheelchair activity contributed to a fall; e.g., transfer activity with brake failure in a van) including transfer (44%), reaching (11%), propelling (15%), moving in bed (22%), transferring or riding in a vehicle (30%), and showering (7%). Factors contributing to falls included loss of balance, equipment failure, muscle spasms, excessive speed, not wearing protective straps, and narcolepsy. Among the 31 fractures sustained in 27 fall episodes in 24 subjects, lower extremity fractures accounted for 97% of the injuries and a fractured 7th rib accounted for one injury (3%). Tibial fractures occurred more frequently than femoral or ankle fractures. Four (15%) fall episodes resulted in bilateral fractures. The treatment of choice was to immobilize the fractured extremity with a soft, well-padded splint. Surgical fixation was performed in only two cases. Over 80% of the patients with fall-related fractures were admitted for inpatient stays with a mean of 66 inpatient days per patient. Hospital days were most often the result of home inaccessibility, inadequate support at home, or surgical intervention.

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