Pathology

In Other News

• AI Model Excels at Analyzing Diverse Cancer Types and Unseen IHC Data

• AI Tool Analyzes Placentas at Birth to Accurately Detect Health Risks

• First AI-Powered Blood Test Identifies Patients in Earliest Stage of Breast Cancer

• Optimized Pooled Testing Approach Could Transform Public Health Screening for Infectious Diseases

• Personalized CBC Testing Could Help Diagnose Early-Stage Diseases in Healthy Individuals

• Breakthrough Method to Enable Early Risk Stratification of Deadly Blood Cancer

• AI-Powered Immuno-Oncology Tool Predicts Lung Cancer Treatment Outcomes

• New AI Technology Outperforms Traditional Methods in Biomedical Image Segmentation

• AI Method Measures Cancer Severity Using Pathology Reports

• New Microscopy Method Enables Detailed Whole Brain 3D RNA Analysis

• AI Model Identifies Signs of Disease Faster and More Accurately Than Humans

• New Barcode Technology to Help Diagnose Cancer More Precisely

• Mapping of Atherosclerotic Plaque Cells Predicts Future Risk of Stroke or Heart Attack

• AI Analysis of Immune Cells Predicts Breast Cancer Prognosis

• New Imaging Technique Reduces Skin Tone Bias in Breast Cancer Detection

• AI Tool ‘Sees’ Cancer Gene Signatures in Biopsy Images

• New Microscope Offers Unprecedented Deep and Wide-Field Visualization of Brain Activity at Single-Cell Resolution

• Optical Biosensor Rapidly Detects Monkeypox Virus at Point of Care

• Electronic Diagnostic Model Predicts Acute Interstitial Nephritis in Patients

• AI Tool Identifies Novel Genetic Signatures to Personalize Cancer Therapies

• AI Tool Detects Cancerous Brain Tumor During Surgery in 10 Seconds

• AI-Powered Whole-Slide Image Analyzer Predicts Immunotherapy Response for Rare Cancer Patients

• Novel Computational Holography-Based Method Revolutionizes Optical Imaging