In Other News

• Multimodal AI Tool Predicts Genetic Alterations to Guide Breast Cancer Treatment

• Microenvironment Biomarkers Could Enable Early Lung Cancer Detection

• Proteomic Data Underscore Need for Age-Specific Pediatric Reference Ranges

• Interpretable AI Reveals Hidden Cellular Features from Microscopy Images

• AI Blood Test Enhances Monitoring of Liver Cirrhosis Progression

• Routine Blood Count Ratio Linked to Future Alzheimer’s and Dementia Risk

• Label-Free Microfluidic Device Enriches Tumor Cells and Clusters from Pleural Effusions

• Tumor Immune Structure Predicts Response to Immunotherapy in Melanoma

• Routine Blood Count Ratio Linked to Future Alzheimer’s and Dementia Risk

• Routine Blood Count Ratio Linked to Future Alzheimer’s and Dementia Risk

• Tumor Immune Structure Predicts Response to Immunotherapy in Melanoma

• Rapid Biosensor Detects Pancreatic Cancer Biomarker for Early Detection

• Plug-and-Play AI Pathology System Classifies Multiple Cancers from Few Slides

• Cancer-Related Mutations in Immune Cells Linked to Alzheimer’s

• Oral–Gut Microbiome Signatures Identify Early Gastric Cancer

• AI-Based Assays Support Risk Stratification in Prostate and Breast Cancer

• Microneedle Sensor Enables Continuous Monitoring of Drug Clearance

• Label-Free Microscopy Methodd Enables Faster, Quantitative Detection of Malaria

• Composite Blood Biomarkers Enable Early Detection of Common Cancers

• Single Assay Enables Rapid HLA and ABO Genotyping for Transplant Matching

• Cancer-Related Mutations in Immune Cells Linked to Alzheimer’s

• Gut Microbiome Test Predicts Melanoma Recurrence After Surgery

• AI Pathology Model Predicts Immunotherapy Response in Lung Cancer