Pathology

In Other News

• Self-Driving Microscope Tracks and Analyzes Misfolded Protein Aggregation in Real Time

• New Diagnostic Criteria for Breast Cancer Could Lead to Fewer Benign Biopsies

• Portable and Disposable Device Obtains Platelet-Rich Plasma Without Complex Equipment

• AI-Based Scoring of Lymphocytes Outperforms Traditional Pathologist Eyeballing

• Groundbreaking Technology Provides More Information from Same Tissue Sample

• New Platform Leverages AI and Quantum Computing to Predict Salmonella Antimicrobial Resistance

• AI-Powered Biomarker System Redefines Thyroid Cancer Progression and Subtypes

• Innovative Technology Successfully Monitors Cancer Progression

• AI Tool Accurately Determines Breast Cancer Prognosis

• Powerful New Tool Improves Tissue Cancer Analysis

• AI-Based Tool Measures Cancer Aggressiveness

• Skin Swabs Could Detect Parkinson’s Years Before Symptoms Appear

• New AI System Uncovers Hidden Cell Subtypes to Advance Cancer Immunotherapy

• Novel Method Tracks Cancer Treatment in Cells Without Dyes or Labels

• New AI-Based Method Effectively Identifies Disease Phenotypes Using Light-Based Imaging

• AI Accurately Predicts Genetic Mutations from Routine Pathology Slides for Faster Cancer Care

• AI Tool Enhances Interpretation of Tissue Samples by Pathologists

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

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

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

• AI-Supported Microscopy Improves Detection of Intestinal Parasite Infections

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

• AI Performs Virtual Tissue Staining at Super-Resolution