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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