AI is making significant inroads in healthcare, from diagnostic systems outperforming doctors to tools that ease documentation burdens. But rather than replacing clinicians, experts say AI will become an essential tool that separates forward-thinking doctors from those stuck in old methods. The real
European researchers developed an AI that predicts end-of-life preferences with 71% accuracy, outperforming human partners. Meanwhile, a St. Louis initiative using AI mortality predictions increased palliative care use and reduced death rates. The big question remains: how much power should we give
After 18 months of investigation, NHS supplier Synnovis has finally completed its forensic review of the devastating 2024 ransomware attack. The company is now notifying healthcare providers about which patients’ data was compromised, though individual notifications could take much longer. The attac
US regulators have unveiled groundbreaking guidelines for approving personalized treatments for diseases affecting just one person. The new framework focuses on genetic mutations and demonstrated patient improvement after treatment.
A new AI algorithm can identify structural heart problems using simple smartwatch data. The breakthrough could make widespread heart disease screening accessible to millions through devices they already own.
Generative AI is poised to revolutionize healthcare through multimodal analysis and ambient intelligence. The technical architecture enabling this transformation represents a fundamental shift in how medical care is delivered and monitored.
Novel Growth Factor Treatment Transforms Heart Attack Recovery In a significant advancement for cardiac regenerative medicine, researchers have demonstrated that…
Revolutionizing Single-Cell Analysis with Sequence-Based Modeling In a groundbreaking advancement for genomics research, scientists have developed scooby, a sophisticated AI…
Breakthrough Cancer Therapy Overcomes Tumor Resistance Scientists have developed an innovative gene-editing platform that could revolutionize cancer treatment by making…
A novel implantable wafer technology could transform glioblastoma treatment by locally reprogramming tumor-associated immune cells. The approach demonstrates significant survival benefits in preclinical models without systemic toxicity.
Researchers have developed an innovative implantable wafer that slowly releases immune-stimulating compounds to prevent glioblastoma recurrence, according to a recent study published in Nature Biomedical Engineering. The technology targets immunosuppressive myeloid cells that typically hinder effective cancer treatment, sources indicate.
