New Bayesian Model Extracts Shared Microbial Signals Across Heterogeneous Studies
Researchers have introduced a statistical model designed to predict disease from microbiome data pooled across many studies, addressing a persistent ...
Researchers have introduced a statistical model designed to predict disease from microbiome data pooled across many studies, addressing a persistent ...
A systematic review of 26 studies finds AI models diagnosing multiple sclerosis with over 95 percent accuracy in some cases, ...
SalientNet is an unsupervised framework that generates mechanistically grounded saliency maps for CNN medical image classifiers, outperforming Grad-CAM, Grad-CAM++, and ...
A proof-of-concept study in Bangladesh shows a Tree-Augmented Naive Bayes model using routine complete blood count data detected dengue with ...
A new Gaussian process framework learns sparse, ordered dependency graphs from irregular electronic health records while improving forecast accuracy and ...
A systematic review of 82 studies found SHAP dominated interpretability methods in machine learning disease prediction, while calibration, stability and ...
A two-stage AI framework uses a large language model and evolutionary feature selection to halve the symptom set for Traditional ...
Eight machine learning models trained on published experimental data predict the tensile and flexural strength of nanoparticle-modified basalt fiber reinforced ...
A new Bayesian framework called PIML combines machine learning analysis of electrical impedance signals with clinical prior knowledge, improving diagnostic ...
Researchers propose a modular multi-agent framework, SoS-ML, that generates evidence-based explanations from internal model representations rather than post-hoc justifications.
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine