The International Hospital Federation has launched its call for abstracts for the 48th World Hospital Congress, scheduled for November 2025 in Geneva. The scientific programme will address critical challenges in healthcare delivery across five thematic tracks, from leadership imperatives to artificial intelligence implementation.
New research from the Medical University of Vienna has identified a mechanism explaining why people with haemophilia A rarely experience oral bleeding, despite their blood clotting deficiency. The finding could have implications for understanding bleeding patterns in different coagulation disorders.
Advanced brain-computer interface technology has enabled individuals with spinal cord injuries to experience complex touch sensations whilst controlling an external bionic hand, marking a significant development in neural prosthetics research.
Phase II trial demonstrates superior outcomes compared to synthetic grafts in both civilian and military settings, with significantly lower amputation rates and infection risks.
Scientists have created the first comprehensive map showing how human DNA is mixed and passed down through generations, offering new understanding of genetic diversity and its relationship to fertility and evolution.
New research published in Nature Reviews Neurology reveals that dementia will become the world’s third leading cause of death by 2040, surpassed only by ischaemic heart disease and stroke, yet continues to be overlooked in major health policy frameworks and resource allocation.
New research reveals how obesity impairs the function of crucial regulatory T cells in fatty tissue by disrupting their cholesterol metabolism, potentially opening new therapeutic avenues for treating obesity-related metabolic disorders.
Vanderbilt researchers demonstrate effectiveness of automated alerts in prompting suicide risk screening, with interruptive alerts proving significantly more successful than passive notifications.
Novel stimulation protocol helps reduce muscle spasticity and improve walking rehabilitation in patients with incomplete spinal cord injuries, offering hope for enhanced recovery outcomes.
A multi-institutional team has developed a comprehensive suite of machine learning models that can accurately classify cancer samples into molecular subtypes, bridging a critical gap between genomic research discoveries and clinical implementation.
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