In Other News

• AI Improves Completeness of Complex Cancer Pathology Reports

• Genome Sequencing Identifies Noncoding Variants Causing Neonatal Diabetes

• AI-Enabled POC Test Quantifies Multiple Cardiac Biomarkers

• Genetic Markers Predict GLP-1 Weight-Loss Response and Side Effects

• Study Finds Influenza Often Undiagnosed in Winter Deaths

• AI-Enabled POC Test Quantifies Multiple Cardiac Biomarkers

• Noninvasive Urine Test Predicts Recurrence After BCG in Bladder Cancer

• New Platelet Function Assay Enables Monitoring of Antiplatelet Therapy

• Noninvasive Sputum Test Detects Early Lung Cancer

• Cost-Effective Sampling and Sequencing Workflow Identifies ICU Infection Hotspots

• Single-Cell Method Measures RNA and Proteins to Reveal Immune Responses

• Mesothelioma in Younger Adults Linked to Genetic Risk Factors

• Mesothelioma in Younger Adults Linked to Genetic Risk Factors

• Immune Signatures in Blood Help Inform Cancer Risk in Lynch Syndrome

• Combined Screening Approach Identifies Early Leprosy Cases

• Genetic Marker Predicts Early Heart Failure in Pulmonary Arterial Hypertension

• Genomic Subtyping Assays Identify High-Risk Early-Stage Breast Cancers

• Open Multi-Omics Platform Identifies Prognostic Subtypes in Blood Cancers

• AI Tool Predicts Chemotherapy Response in Small Cell Lung Cancer

• Next Generation Automated Analyzers Increase Throughput for Clinical Chemistry and Electrolyte Testing

• Blood Biomarker Supports Risk Stratification in Lynch Syndrome

• GRAIL Partners with Epic to Integrate Multi-Cancer Test into EHR

• Global Partnership Aims to Streamline NGS Tumor Profiling in Oncology Trials