Diverse Biobank Data Sharpen Genetic Risk Prediction Where It Matters Most
A new Nature Genetics study shows that the diversity of the All of Us Research Program improves polygenic risk score ...
A new Nature Genetics study shows that the diversity of the All of Us Research Program improves polygenic risk score ...
A new review traces how CRISPR genome editing has evolved from blunt molecular scissors into increasingly precise therapeutic tools for ...
A machine learning model combining baseline gut microbiome profiles with clinical variables can predict who sustains weight loss twelve weeks ...
A new editorial argues that pediatric sepsis-associated acute kidney injury demands precision medicine, because hidden immune and organ-level heterogeneity has ...
A new review in Biomedical Microdevices maps how microwell platforms for single-cell analysis are set to merge with artificial intelligence ...
A comprehensive review of 53 studies shows deep learning systems can automatically segment lymphoma lesions on PET/CT, non-invasively classify disease, ...
A new commentary argues that the greatest challenges facing clinical AI are philosophical, involving how medicine defines disease, draws diagnostic ...
Kyoto University researchers used adenine base editing to correct the TFG mutation behind HMSN-P, delaying disease onset and extending survival ...
Researchers developed separate blood protein risk scores for men and women with hypertension that significantly improve ten-year prediction of heart ...
A new systematic review reveals how artificial intelligence, generative models, and quantum computing are converging to transform drug discovery and ...
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© 2025 Scienmag - Science Magazine