30-Second Takeaway
- BCI-FES and AI exergaming offer modest but real upper-limb gains and scalable assessment in stroke.
- Telehealth and structured transitions increase access to PD care and post-stroke PT/OT, though benefits are domain- and context-specific.
- Early, proactive management of post-stroke spasticity is reframed as disability prevention, not symptom control.
- Simple device-based add-ons—neck vibration, inspiratory training, reactive cueing—yield targeted gains in neglect, respiratory strength, and bradykinesia.
- Supervised multimodal prehabilitation reduces postoperative complications and preserves function in frail older cancer patients.
Week ending January 31, 2026
Technology-enabled neurorehabilitation and early stroke/Parkinson care: where it measurably changes outcomes
BCI-FES yields modest upper-limb and ADL gains in chronic stroke
This meta-analysis of 21 RCTs (650 chronic stroke patients) found that BCI-based training modestly improved FMA-UE motor scores versus controls (MD 2.5). BCI also improved ADL performance on the Modified Barthel Index and Motor Activity Log, without clear benefit for fine motor skills or spasticity. BCI combined with functional electrical stimulation (BCI-FES) produced the largest motor gains (FMA-UE MD 5). The protocol with 30-minute sessions, 4-5 times per week for 2 weeks (10-12 sessions) appeared most effective, but benefits were not maintained at follow-up.
Telehealth modestly improves multiple Parkinson domains, with telephone outperforming digital
This meta-analysis of 15 RCTs (765 participants) found telehealth interventions improved quality of life in Parkinson disease with small-to-moderate effect sizes. Telephone-based telehealth showed greater quality-of-life benefit than digital platforms in subgroup analysis. Telehealth also improved depression, anxiety, motor symptoms, ADL impairment, and cognition, though specific magnitudes were not detailed in the abstract. Heterogeneity and limited sample sizes across domains suggest clinicians should individualize telehealth use and monitor response closely.
AHA reframes post-stroke spasticity as a time-sensitive, preventable driver of disability
This AHA scientific statement emphasizes that 30% to 80% of stroke survivors develop spasticity and related motor disorders, often with major functional impact. It defines early intervention as treating spasticity within 3 months of stroke, before secondary pain, contracture, and skin breakdown emerge. Spasticity is framed as a multidomain syndrome involving involuntary overactivity, impaired voluntary control, and passive tissue remodeling. The statement calls for structured pathways, workforce training, and scalable early-detection approaches to close persistent gaps in recognition and treatment.
Multimodal prehabilitation plus ERAS reduces complications in frail older gastric cancer patients
In this multicenter RCT, 347 frail patients aged 65-85 undergoing gastrectomy were randomized to ERAS alone or ERAS plus ≥2 weeks of multimodal prehabilitation. Prehabilitation reduced 30-day postoperative complications versus ERAS alone (17.2% vs 28.7%), mainly by lowering minor and medical complications. Functional capacity improved preoperatively in the prehabilitation group, with 6-minute walk distance remaining above baseline 4 weeks postoperatively. Additional benefits included better physical quality of life and shorter ICU stay, ventilation time, and hospital stay, supporting routine perioperative rehab integration.
References
Numbered in order of appearance. Click any reference to view details.
Additional Reads
Optional additional studies from this edition.