AI enables clinical phenotyping of human brown fat
A Nature study used AI to perform clinical phenotyping of human brown fat, showing the potential of AI in medical imaging and metabolic research.
Nature is an international scientific journal publishing research across disciplines. Its recent AI coverage has centered on medicine and climate: studies on AI-based clinical phenotyping of human brown fat, human-AI collaboration for real-time epilepsy care, neonatal respiratory assessment and pulmonary hypertension detection, plus a Microsoft machine learning tool published in Nature that improves weather forecasts two to six weeks ahead and is now open-source.
A Nature study used AI to perform clinical phenotyping of human brown fat, showing the potential of AI in medical imaging and metabolic research.
Microsoft researchers published findings in Nature on a cost-effective machine learning tool that improves weather forecasts two to six weeks ahead; the tool is now open-source, joining Google and Nvidia in AI weather forecasting.
Nature publishes research on human-AI collaboration for comanaging epilepsy in real time. The work highlights AI's potential in real-time clinical decision-making.
A Nature scoping review examines how artificial intelligence and digital technologies are transforming neonatal respiratory assessment.
Nature publishes a review on AI in biomarker discovery for diseases, covering diagnostic and therapeutic prospects.
A cross-sectional study in Nature examines readiness for remote healthcare and artificial intelligence in kidney transplant care, offering evidence for AI adoption in the field.
Artificial intelligence data centers could account for as much as 1% of global electricity demand by 2030, according to Nature, highlighting the energy strain of AI expansion.
A Stanford Medicine team released Paper2Agent, which converts scientific manuscripts (text, figures, data) into AI agents that can answer questions and interact with other paper agents; the work was published in Nature and authored by Jiacheng Miao and James Zou.
A Nature article reviews how artificial intelligence can enable earlier and more reliable detection of pulmonary hypertension in neonatal hemodynamics, advancing clinical diagnosis and monitoring.
A Nature paper reports a UK-wide discrete choice experiment studying preferences for using AI to help detect skin cancer in primary care. The study evaluates how patients and clinicians trade off features of different AI deployment options and their acceptance.