AI Method Reads Tissue Fingerprints to Find Disease Hotspots Earlier
A new deep-learning method called VIMA converts tissue patches into numerical fingerprints and uses rigorous statistics to uncover disease-associated spatial ...
A new deep-learning method called VIMA converts tissue patches into numerical fingerprints and uses rigorous statistics to uncover disease-associated spatial ...
Researchers at KTH Royal Institute of Technology used multi-omics analysis and machine learning to uncover molecular features linked to aggressive ...
Researchers at Shanghai Polytechnic University have developed CDAFIM, a class-difficulty-aware incentive mechanism that uses Shapley values to fairly reward federated ...
Census-based analysis shows urban China has nearly completed its shift to clean cooking fuels while rural adoption, though rising sharply, ...
A new meta-analysis of eleven studies finds that AI-driven analysis of routine contrast-enhanced CT scans can predict the Ki-67 proliferation ...
Researchers at Institute of Science Tokyo have developed ITCD, a two-stage diffusion model with trajectory constraints that fills missing values ...
An unsupervised machine learning analysis of 23 physical performance measures in 368 older adults identified three performance clusters that aligned ...
Researchers have built a phylogeny-agnostic machine-learning framework that predicts strain-level phage–host interactions from genome sequences alone and validated it experimentally ...
Ivorian researchers have shown that LSTM neural networks fed with NASA satellite data can predict daily rainfall up to seven ...
A study of 132 people with first-episode schizophrenia links elevated peripheral inflammation to heightened fronto-striatal brain connectivity and more severe ...
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© 2025 Scienmag - Science Magazine