In Other News

• Novel Fluorescent Probe Shows Potential in Precision Cancer Diagnostics and Fluorescence-Guided Surgery

• AI-Assisted Technique Tracks Cells Damaged from Injury, Aging and Disease

• Simple Blood Test to Predict Alzheimer’s Clinical Progression in Earliest Stages

• Saliva Test Could Identify People Genetically Susceptible to Type 2 Diabetes

• New Lab Model to Help Find Treatments for Aggressive Blood Cancer

• AI Tool Could Help Identify Specific Gut Bacterial Targets for Treatment of Diseases

• Pioneering Analyzer with Advanced Biochip Technology Sets New Standard in Lab Diagnostics

• AI-Supported Microscopy Improves Detection of Intestinal Parasite Infections

• World’s First Clinical Test Predicts Best Rheumatoid Arthritis Treatment

• AI Tool Could Help Identify Specific Gut Bacterial Targets for Treatment of Diseases

• RNA-Seq Based Diagnostic Test Enhances Diagnostic Accuracy of Pediatric Leukemia

• Lunit and Microsoft Collaborate to Advance AI-Driven Cancer Diagnosis

• New Technique for Measuring Acidic Glycan in Blood Simplifies Schizophrenia Diagnosis

• New Clinical Chemistry Analyzer Designed to Meet Growing Demands of Modern Labs

• Injury Molecular Fingerprint Enables Real-Time Diagnostics for On-Site Treatment

• Viral Load Tests Can Help Predict Mpox Severity

• Gut Microbiota Analysis Enables Early and Non-Invasive Detection of Gestational Diabetes

• Blood Test Could Predict Likelihood of Breast Cancer Spreading to The Bone

• AI Performs Virtual Tissue Staining at Super-Resolution

• Inexpensive DNA Coated Electrode Paves Way for Disposable Diagnostics

• New Infectious Disease Analytics Platform Speeds Up Clinical Decision-Making at POC

• New Understanding of Barrett’s Esophagus Formation to Enable Earlier Intervention and Diagnosis

• New Miniature Device to Transform Testing of Blood Cancer Treatments