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22 results for "stroke recovery"
Researchers have released the world's first open dataset combining two brain imaging methods that track stroke recovery, allowing scientists everywhere to develop better rehabilitation tools. The free data could help millions of stroke survivors regain movement faster.
Five winning startups are bringing breakthrough medical technologies to Singapore's hospitals, from gloves that steady tremors to brain-powered stroke recovery that works in just two weeks. Real patients are already regaining abilities they thought were lost forever.
University of Utah engineers created a 5.5-pound hip exoskeleton that reduces the energy stroke survivors need to walk by nearly 20%. The device is the first to successfully help people with hemiparesis, a condition affecting 80% of stroke survivors.
Matthew went from unable to walk or speak after an October stroke to returning to work just three months later. His intensive rehabilitation program helped him rebuild both his body and his confidence.
A groundbreaking NHS trial is testing an earpiece device that helps stroke survivors recover arm function from home. Amanda James-Hammett, who lost movement at 37, can now sew, dress herself, and carry tea again after 12 weeks of treatment.
When Brad Hensley's arm went numb at work, his quick-thinking coworker saved his life. Thanks to rapid treatment, the 51-year-old father walked out of the hospital the very next day.
Researchers at UT Health San Antonio are revolutionizing stroke recovery by urging doctors to diagnose and treat painful muscle stiffness much earlier. This shift could help millions of stroke survivors walk, move, and reclaim their independence.
After watching his father work multiple jobs to fund his education, medical student Irvin Garcia found the perfect way to say thank you. He surprised his stroke-recovering dad with tickets to the NFC Championship festivities in Seattle.
A breakthrough medication called loberamisal helped stroke patients achieve excellent recovery when started within 48 hours, offering new hope for millions. Nearly 70% of patients treated showed little to no disability after 90 days.
Sarah Bochenick couldn't speak or move while watching TV with her husband, but his quick call to 911 saved her life after a stroke destroyed 20% of her brain. One year later, she's sharing her inspiring recovery story and the warning signs everyone should know.
Babies who survived strokes before or shortly after birth showed remarkable improvement using a new high-dose therapy that helped them strengthen their weaker arm and hand. Six months after treatment, these tiny fighters gained significantly more skills than those receiving standard care.
An Indian startup turned rehabilitation into an interactive game, helping stroke survivors achieve ten times more repetitions than traditional therapy. With 1.8 million new stroke cases annually in India, this technology is bringing affordable recovery care to patients nationwide.
A breakthrough stroke treatment combining clot removal with medication helped 57% of patients fully recover, compared to just 42% with standard care. The simple addition could transform outcomes for thousands of stroke survivors worldwide.
A groundbreaking clinical trial shows that training the less-impaired arm after stroke significantly improves motor skills, even years later. This discovery could transform daily life for millions of stroke survivors who rely on their "good" arm.
A new smartwatch app tracks social interaction in hospitalized stroke patients with 94% accuracy, opening doors to treatments that fight isolation and boost recovery. The technology works even for patients struggling with speech and language loss.
Stroke survivors who feel safe talking about their fears and emotions recover faster physically and mentally than those who keep feelings bottled up. A new study shows that emotional openness matters just as much as stroke severity for long-term recovery.
A new smartwatch app helps doctors detect social isolation in stroke survivors with 94% accuracy, opening doors to better recovery treatments. The technology works even for patients who've lost speech abilities.
A wearable AI device worn around the neck is giving stroke survivors with speech disorders the ability to communicate clearly again, detecting both words and emotions with 96% accuracy. Five patients have already experienced dramatically improved speech quality with less physical strain.
University of Michigan researchers discovered that injured brain cells can activate their own protective program by changing how they process sugar. The finding could lead to new treatments for strokes, concussions, and diseases like Alzheimer's.
Scientists in Japan discovered that exercise triggers muscle cells to send healing mitochondria to damaged brain cells through the bloodstream, opening doors to new stroke treatments. This breakthrough could help elderly patients too frail to exercise benefit from mitochondrial transfusions.
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