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Scientists have developed an AI platform called CenSegNet to analyze centrosomes in breast cancer tumours, uncovering new patterns that can predict cancer progression and lead to personalized treatments.
This paper benchmarks auxiliary uncertainty signals from a BERT+GCN classifier to improve LLM-assisted systematic review screening, showing that targeted MAYBE-only routing maximizes efficiency with near-baseline cost.
This Wired article explores how AI could help detect fatty liver disease earlier by analyzing electronic health records and lab reports, potentially enabling prevention and reversal of liver damage.
Former OpenAI executive Fidji Simo discusses her new startup ChronicleBio, which aims to use AI and a biobank of 3,500 blood samples to find cures for chronic conditions like POTS.
A user shares how ChatGPT's urgent advice based on their symptoms and Fitbit heart rate data led to a pneumonia diagnosis and treatment, highlighting AI's potential in medical diagnostics.
OpenAI launches ChatGPT Health, enabling users to link their medical records and lab results for AI-assisted health insights.
The article explores whether AI could assist in generating structured rehabilitation plans after injury or surgery, acting as a guide between physical therapy appointments without replacing therapists.
Spotify founder Daniel Ek's preventive health startup Neko Health plans to expand into the US with a New York clinic after a $700 million funding round, using AI-powered full-body scans to detect diseases early.
A startup is leveraging AI to address gaps in women's healthcare, aiming to improve diagnosis and treatment for conditions that have been historically under-researched.
UC Berkeley researchers trained an AI model on hundreds of thousands of EKGs to detect a previously unrecognized signal that predicts sudden cardiac death risk more accurately than current methods, potentially saving thousands of lives annually.
Dr. Matthew Zirwas retracts his earlier dismissal of the Midjourney ultrasound scanner, acknowledging that if it is high-resolution, harmless, inexpensive, and convenient, frequent screening could overcome historical pitfalls of unnecessary invasive procedures, though he emphasizes that data is needed to confirm benefit.
A Reddit user shares how ChatGPT helped resolve a nine-year chronic pain issue that human doctors couldn't fix, sparking a discussion where many others recount similar experiences with AI providing medical insights and diagnoses.
Researchers from Boston Children's Hospital, Harvard, and OpenAI used the OpenAI o3 Deep Research reasoning model to reanalyze 376 unsolved rare disease cases, leading to diagnoses in 18 additional cases (4.8% yield) after expert review and clinical confirmation. The study, published in NEJM AI, demonstrates how AI-assisted workflows can help experts revisit difficult cases as scientific knowledge evolves.
Midjourney introduces a full-body ultrasonic CT scanner, combining AI capabilities with medical imaging technology.
A Penn State study found that AI chatbots like ChatGPT respond to everyday health queries with nearly 76% accuracy, raising concerns about trustworthiness in real-world healthcare applications. The research highlights that AI tools may be best used by physicians rather than patients.
An audit by the Office of the Auditor General of Ontario found that AI note-taking systems approved for healthcare routinely fabricate information, insert incorrect drug details, and miss critical patient data, with accuracy accounting for only 4% of their evaluation score.
Dario Amodei discusses how Claude AI identified a bacterial infection that human doctors had missed, showcasing AI's potential in improving medical diagnostics.
This article provides an overview of the current landscape of AI-enabled medical devices that have received FDA approval, highlighting trends and regulatory progress in healthcare technology.
Google is launching a new AI initiative in partnership with Australian health organizations to improve heart health outcomes in rural and remote communities, using Population Health AI (PHAI) to identify hidden health risks and enable proactive chronic disease management.
OpenAI and the Gates Foundation announce Horizon 1000, a $50 million initiative to deploy AI capabilities across 1,000 primary healthcare clinics in African countries, starting with Rwanda by 2028. The program aims to address healthcare workforce shortages and improve care quality by turning advanced AI models into practical clinical tools.