Pathology

In Other News

• AI Pre-Screening Helps Identify Lung Cancer Cases for Additional Biomarker Testing

• AI Pathology Platform Targets Workflow Delays and Molecular Test Failures

• Expanded Digital Pathology Framework Supports Oncology Testing Workflows

• AI-Enhanced Optical Imaging System Helps Predict Chemotherapy Response in Cancer

• Molecular Testing Refines Barrett’s Esophagus Progression Risk Beyond Biopsy Findings

• Updated Digital Pathology Platform Expands AI Integration for Cancer Diagnosis

• AI Histopathology Tool Distinguishes Ewing Sarcoma for Diagnosis

• Rapid Mass Spectrometry Test May Aid Glioma Margin Decisions

• Genomic Classifier Predicts Benefit From Adding Hormone Therapy to Salvage Prostate Radiation

• New AI Model Maps Where Glioblastoma Could Return After Surgery

• Multimodal AI Supports Prostate Cancer Risk Assessment Across Diverse Cohorts

• Handheld Device Improves Targeted Cell Collection for Early Ovarian Cancer Assessment

• Simple Test Could Reduce the Need for Invasive Uterine Cancer Checks

• Noninvasive Imaging Approach Aims to Detect Basal Cell Carcinoma Before It Becomes Visible

• Tumor Blood Vessel Features May Help Predict Colorectal Cancer Survival

• Multimodal AI Improves Breast Cancer Recurrence Risk Prediction Beyond Standard Genomic Testing

• Multimodal AI Improves Treatment Response Prediction in Lung Cancer

• Machine Learning Cytology Tool Improves Cancer Cell Identification

• Tumor Budding Grading May Predict Chemotherapy Benefit in Resected Lung Squamous Cancer

• CAP Updates Cancer Protocols to Refine Breast Cancer Biomarker Reporting and GIST Molecular Testing

• Digital Pathology Partnership Integrates Breast Cancer Diagnostic and Prognostic Tools

• MGI Launches Automated Multiplex Tissue Imaging System at ECP 2026

• Multimodal AI Framework Aims to Guide Cancer Immunotherapy Decisions