Importance: Falls have a considerable physical and psychological impact on people with spinal cord injury (SCI). Occupational therapy practitioners require evidence to support the timely development of occupation-based programs that can be applied to fall prevention in daily life. Objective: To determine what is known about falls after SCI, including wheelchair users and people who are ambulatory, and to understand elements of fall prevention to be addressed by occupational therapy practitioners. We applied the Canadian Measure of Occupational Performance and Engagement to understand elements to be addressed in fall education and prevention with this population. Data Sources: We searched eight databases using the key words falls and spinal cord injury with no limit set on dates. Study Selection and Data Collection: Studies were included that reported on falls among adults with SCI and measured one or more of the following: incidence of falls, consequences of falls, contributing factors for falls, the person’s experience of falls, and strategies to prevent falls. Findings: Thirty-five articles were included. The majority of the articles included information on the incidence (n = 20), consequences (n = 26), and contributing factors (n = 30) of falls. Two articles analyzed the person’s experience of falls, and 1 study reviewed a fall prevention program for people with SCI specifically. Conclusions and Relevance: Research on participants’ experience of falls and fall prevention programs used in spinal cord rehabilitation is extremely limited. Future research on the lived experience of falls for people with SCI is warranted. What This Article Adds: This review of evidence on falls after SCI highlights gaps in the current available evidence.

Date Presented 03/26/20 The Australian OT academic workforce has been impacted by an increased number of education programs and student enrollment. Only half have a PhD or professional doctorate, and there is only a small number in academic leadership. Most academics were motivated to become academics to teach students. Job satisfaction was influenced negatively by the number of years in current position, particularly dissatisfaction with pay, operating conditions, and promotion opportunities. Primary Author and Speaker: Carol McKinstry Contributing Authors: Louise Gustafsson, Ted Brown

OBJECTIVE. This study examined the parallel-forms reliability of a web application (app) of the Activity Card Sort Australia for adults ages 18–64 and assessed its clinical utility. METHOD. Forty-eight participants completed the app and card versions of the tool within a 2- to 3-wk interval and provided feedback via a purpose-designed survey. Intraclass correlation analysis tested parallel-forms reliability. RESULTS. The app demonstrated acceptable parallel-forms reliability for overall retained activity level (r = .75, p < .001), the daily life domain (r = .77, p < .001), and the recreation and relaxation domain (r = .74, p < .001), but not for the physical activity domain (r = .59, p < .001). Clinical utility responses suggested good acceptance of both versions. CONCLUSION. The results suggest that further studies are required before the app version can be used for research or in clinical settings.

OBJECTIVE. We explored the efficacy of compression gloves in maintaining the benefits gained from compression bandaging of the stroke-affected upper limb. METHOD. Four participants completed a single-case (ABC) design study consisting of a baseline period (Phase A) and compression bandaging of the hand and upper limb (Phase B), followed by the application of a compression glove (Phase C). Edema was measured with circumferential tape at five specified points from the phalanx to the midforearm. All measurements were represented graphically for visual analysis, and celeration lines were calculated to indicate the degree of slope within each phase. RESULTS. Visual analysis indicated fluctuating edema volume during Phase A, decreasing edema volume during Phase B, and a mixed trend during Phase C. CONCLUSION. Compression gloves had mixed benefits in managing reductions in edema volume poststroke. Further research may consider the material, sizing, and style of glove in the development of a maintenance strategy.

OBJECTIVE. This single-case study investigated the effectiveness of compression bandaging from the finger to the axilla in reducing poststroke edema in the upper limb. METHOD. Repeated circumferential measurements were recorded at five points along the participants’ hand and forearm. Analysis of the data included the generation of graphs, celeration lines, and visual analysis. RESULTS. Five participants with edema (mean 38 days poststroke) were recruited to the study. Fluctuations in edema were observed in all three study phases, with an increasing to decreasing trend in edema between the baseline and intervention phases. There was no clear trend from the intervention to second baseline phase. CONCLUSION. Bandaging from the fingers to the axilla appears to be effective in reducing edema in the hand and forearm. However, return of edema after removal of the bandaging suggest that a greater understanding of underlying mechanisms and the appropriate intervention protocols is warranted.

OBJECTIVE. To explore the efficacy of low- and high-stretch compression bandaging for edema management in the stroke-affected upper limb. METHOD. A single-case, ABA-design study was conducted with 8 participants alternately allocated to receive low- or high-stretch bandaging. Edema was measured with circumferential tape at four specified points from the hand to the mid-forearm. All measurements were represented graphically for visual analysis, and celeration lines were calculated to indicate the degree of slope in each phase. RESULTS. Visual analysis indicated fluctuating edema volume in the first baseline phase, decreasing edema volume in the intervention phase, and increasing edema volume in the second baseline phase. The results did not clearly distinguish between the two bandaging groups. CONCLUSION. Compression bandaging may have benefits in the management of edema after stroke. Further research is required to identify factors contributing to the long-term maintenance of reductions gained after compression bandaging.