Pathology

In Other News

• New Markers Could Predict Risk of Severe Chlamydia Infection

• Fully Automated System Transforms Pre-Analytical Handling of Urine Specimens

• AI-Powered Test Offers Automated Quantitative Analysis of Fibrosis Assessment

• Portable Spectroscopy Rapidly and Noninvasively Detects Bacterial Species in Vaginal Fluid

• New Technology Deciphers Immune Cell Communication to Predict Immunotherapy Response

• New Tool Exposes Hidden Cancer DNA Changes Driving Treatment Resistance

• AI Cuts Diagnostic Delays in Prostate Cancer

• AI Model Accurately Predicts MSI Tumor and Immune Checkpoint Inhibitor Responsiveness

• Deep Learning Advances Imaging Mass Spectrometry with Virtual Histological Detail

• Generative AI Demonstrates Expert-Level Pathological Assessment of Lung Cancer

• Cutting-Edge AI Algorithms Enable Early Detection of Prostate Cancer

• Saliva Test to Enable Early Detection of Diabetes and Obesity

• Novel Method To Analyze Tumor Growth Rates Helps Tracks Progression Between Diagnosis and Surgery

• Novel Technology Detects Key Mutations from Blood Samples in Metastatic Colorectal Cancer Patients

• 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