In Other News

• Rapid Sequencing Could Transform Tuberculosis Care

• Rapid Sequencing Could Transform Tuberculosis Care

• New Test Detects Alzheimer’s by Analyzing Altered Protein Shapes in Blood

• AI Model Outperforms Clinicians in Rare Disease Detection

• New Diagnostic Markers for Multiple Sclerosis Discovered in Cerebrospinal Fluid

• New Test Detects Alzheimer’s by Analyzing Altered Protein Shapes in Blood

• Cell-Free DNA Predicts Bloodstream Infections in Children with Leukemia

• Study Uses Blood Samples to Identify Diseases Years Before They Start

• Immune Signature Identified in Treatment-Resistant Myasthenia Gravis

• MicroRNA-Based Method Predicts CKD and Cardiovascular Risk

• Barcoded DNA Sheds Light on Hidden Complexities in Breast Cancer Detection

• AI-Driven Diagnostic Demonstrates High Accuracy in Detecting Periprosthetic Joint Infection

• Swab Test Helps Transplant Patients Receive Right Anti-Rejection Medication Dose

• Blood-Based Viral Signature Identified in Crohn’s Disease

• AI-Driven Diagnostic Demonstrates High Accuracy in Detecting Periprosthetic Joint Infection

• Blood Test Predicts Which Bladder Cancer Patients May Safely Skip Surgery

• Barcoded DNA Sheds Light on Hidden Complexities in Breast Cancer Detection

• New Test Offers Less Invasive Detection of Susceptibility to Rare Anesthesia Reaction

• CRISPR-Based Platform Pinpoints Drivers of Acute Myeloid Leukemia in Patient Cells

• New Blood Test Index Offers Earlier Detection of Liver Scarring

• Molecular Imaging to Reduce Need for Melanoma Biopsies

• Ultra-Sensitive DNA Test Identifies Relapse Risk in Aggressive Leukemia

• Protective Brain Protein Emerges as Biomarker Target in Alzheimer’s Disease