Novel stimulation protocol helps reduce muscle spasticity and improve walking rehabilitation in patients with incomplete spinal cord injuries, offering hope for enhanced recovery outcomes.
The first comprehensive US diagnostic guidelines in two decades establish standardised evaluation process across primary and specialty care settings, emphasising a patient-centred approach and integration of emerging biomarkers.
New research from CUNY identifies how brain immune cells drive neurodegeneration through stress-induced toxic lipid production, offering potential therapeutic targets.
UCLA Health study demonstrates significant impact of genetic diagnostics on treatment decisions and specialist referrals in complex neurodevelopmental cases, pointing towards more personalised medical approaches.
South Korean researchers have developed a soft, adhesive brain sensor that could significantly improve the effectiveness of ultrasound-based epilepsy treatments by enabling accurate, real-time monitoring of brain activity during stimulation.
Scientists have developed a revolutionary optical imaging technique that provides unprecedented views of blood vessels in the living brain, offering new ways to study neurological conditions like stroke and Alzheimer’s disease.
South Korean researchers have developed a soft, adhesive brain sensor that could significantly improve the effectiveness of ultrasound-based epilepsy treatments by enabling accurate, real-time monitoring of brain activity during stimulation.
A new imaging system developed at Cornell University enables simultaneous visualisation of large-scale neural networks at single-cell resolution, combining deep tissue penetration with expansive field of view capabilities.
A new study suggests that video consultations between ambulance staff and stroke specialists could lead to faster, more precise treatment decisions for acute stroke patients, potentially saving lives and reducing long-term disability.
Researchers at Oregon Health & Science University have provided the first definitive imaging evidence of the glymphatic system in human brains, confirming a long-hypothesised network of waste clearance pathways.
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