30-Second Takeaway
- Rehabilitation robots yield modest but consistent gains in post-stroke cognition and ADLs, with uncertain effects on attention.
- Kinesio taping offers small, short-term benefits with very low-certainty evidence and minor skin adverse events.
- Global neurological rehabilitation need has nearly doubled, outpacing current service capacity and workforce planning.
- Hip abductor strength, not flexor strength, predicts injurious falls and mediates the confidence–falls relationship in older adults.
- Across SCI, HCT, dementia, and postacute care, timely rehab access and early disability prevention are key therapeutic targets.
Week ending April 4, 2026
What’s new in neurorehabilitation, falls prevention, and rehab access
Rehabilitation robots improve post-stroke cognition and ADL performance
This meta-analysis of 20 RCTs (1,255 stroke patients) found rehabilitation robot training improved global cognition on MMSE and MoCA versus controls. Executive function improved, with faster performance on Trail Making Tests A and B after robotic training. ADL performance increased on the Modified Barthel Index and global FIM, while FIM-cognitive changes were not significant. Robotic rehabilitation appears to enhance general and executive cognition, but effects on attention and some cognitive domains remain uncertain.
Kinesio taping offers small, short-term benefits with very low-certainty evidence
This overview synthesized 128 systematic reviews encompassing 310 RCTs of kinesio taping for musculoskeletal disorders. New meta-analyses suggest kinesio taping may modestly reduce pain and improve function in the immediate and short term, with medium effect sizes. Evidence indicates little to no effect on medium-term pain, function, strength, range of motion, or disease-specific symptoms. Overall certainty was very low because of methodological limitations, heterogeneity, and unstable clinical relevance across outcomes. Skin irritation and pruritus were the main adverse events, occurring infrequently but arguing against routine first-line use.
Neurologic rehabilitation needs nearly doubled worldwide since 1990
Using Global Burden of Disease 2021 data, the authors estimate 225.4 million people required rehabilitation for neurological disorders in 2021. This represents a 92% increase since 1990, driven by population aging, growth, and improved survival with disabling conditions. Cerebral palsy and cerebrovascular disease accounted for the largest shares of rehabilitation need globally. South Asia and Sub-Saharan Africa showed the highest age-standardized prevalence and YLD rates, while high-income regions had the steepest increases. The results underscore urgent need for investment in community-based rehabilitation and long-term care, tailored to regional burden patterns.
Hip abductor strength independently predicts injurious falls in older adults
In this cohort of 952 community-dwelling adults ≥65 years, 23% experienced at least one injurious fall over a median 11.5-year follow-up. Greater hip abductor strength, normalized to leg lean mass, was associated with lower injurious fall risk (aSHR 0.835). Each 1-N/kg increase in abductor strength reduced the sub-distribution hazard for injurious falls by 16.5%. Hip flexor strength was not significantly associated with injurious falls, emphasizing the specific role of abductors for lateral stabilization. Hip abductor strength mediated about one-quarter of the association between balance confidence and injurious falls.
References
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Additional Reads
Optional additional studies from this edition.