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Does EMS Reduce Shoulder Subluxation After Stroke? What a Meta-Analysis Shows

A 2017 meta-analysis in the prestigious journal Clinical Rehabilitation examined 11 randomised trials involving 432 people. Scientists measured shoulder subluxation precisely with X-rays in millimetres. They found EMS produced a large reduction (SMD –1.11) in acute and subacute stroke patients. Both short and long daily sessions worked. Led by researchers from the top-ranked University of Southern California and Korean universities, the evidence is solid and peer-reviewed. These results suggest EMS may help reduce joint separation early after stroke. Want the full story, exact numbers, and practical takeaways? Read the complete article below. https://oriems.fit/blogs/research-digest/ems-helps-reduce-shoulder-subluxation-stroke [https://oriems.fit/blogs/research-digest/ems-helps-reduce-shoulder-subluxation-stroke]

Does EMS Improve Activity After Stroke? An Australian Study Reveals the Answer

Australian scientists from La Trobe University conducted a rigorous systematic review and meta-analysis on EMS after stroke. They searched six major databases and selected 18 high-quality trials involving 485 people. They measured real activity performance using standard tests. Results showed a moderate effect: EMS improved activity by SMD 0.40 versus nothing and 0.56 versus training alone. Upper-limb activity improved largely (SMD 0.69). Walking speed rose 0.08 m/s. These solid numbers suggest EMS may help stroke survivors regain daily abilities better than exercise alone. Published in the prestigious Archives of Physical Medicine and Rehabilitation, this trustworthy Australian research is worth reading in full. https://oriems.fit/blogs/research-digest/ems-improves-activity-after-stroke-australian-study

Early EMS Shows Promise for Regaining Arm Function After Stroke. UK study reveals

UK scientists from the University of Birmingham conducted a thorough review of 20 high-quality clinical trials. They analysed real measurements from 431 stroke survivors, including scores for arm movement and activities of daily living. The evidence was clear. EMS showed the strongest benefits when started within the first two months after stroke. People improved more in daily tasks and motor control compared with standard therapy alone. This peer-reviewed study, published in a respected medical journal, gives families trustworthy information. It suggests functional electrical stimulation can genuinely support recovery when used early. Curious how it works in practice and what the full findings mean for you? Read the complete blog post below for the full story and practical insights. https://oriems.fit/blogs/research-digest/can-ems-help-stroke-patients-regain-arm-function

UK Scientists Found A Way To Make Walking After Stroke Less Effort

In a randomized controlled trial, UK scientists studied 32 people with drop-foot after stroke. They split participants into two groups and measured walking speed over 10 metres and effort of walking using heart rate and speed data. The group using functional electrical stimulation walked 20% faster and used nearly 25% less effort while wearing the device. The physiotherapy-only group showed very little improvement. No lasting carry-over effect was seen when the stimulation was off. Published in a respected medical journal by researchers from a leading UK hospital, this study offers solid, factual evidence. It suggests targeted EMS can meaningfully help people walk better after stroke when used. Read the full post to understand the complete findings and what they mean for recovery. https://oriems.fit/blogs/research-digest/could-electrical-stimulation-help-stroke-patients-walk-easier

Study Shows EMS Enhances Motor Recovery in Stroke Survivors

In a rigorous study, researchers from Case Western Reserve University investigated whether EMS technology could support motor recovery in stroke survivors with weak arms. Using a randomized double-blind placebo-controlled design — the gold standard for medical evidence — they gave one group real targeted stimulation to repeatedly activate wrist and finger muscles, while the control group received only skin sensation without movement. Scientists measured outcomes with the Fugl-Meyer assessment and Functional Independence Measure at multiple time points. The EMS group achieved significantly greater improvements in arm movement control, with benefits still clear three months later. Published in the respected journal Stroke by the American Heart Association, these findings provide credible evidence that EMS may help enhance upper extremity motor recovery. Read the full post to understand what this means for real-world rehabilitation. https://oriems.fit/blogs/research-digest/does-ems-speed-motor-recovery-in-stroke