New research demonstrates that exposure to nature scenes significantly reduces both pain perception and associated brain activity. This groundbreaking study provides neurological evidence for nature’s analgesic effects, suggesting that even virtual nature experiences may serve as an effective complementary approach to traditional pain management strategies.
Two neuroscientists have been awarded the prestigious Brain Prize 2025 for their groundbreaking discoveries showing how neural activity in the brain can promote cancer development, opening new avenues for glioma treatment.
A groundbreaking single-cell sequencing study has produced the first comprehensive cellular atlas of focal cortical dysplasia (FCD), offering unprecedented insights into the molecular mechanisms underlying this severe form of drug-resistant epilepsy. The research, conducted by Brazilian scientists, maps both transcriptional and epigenetic changes at cellular resolution.
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.
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