Pathology

In Other News

• AI Accurately Predicts Cancer Outcomes from Tissue Samples

• Dose-Efficient X-Ray Imaging Method Produces Micrometer Resolution Images of Biopsy Samples

• Cutting-Edge Lab Automation System Supports High-Volume Needs and Provides Faster Results

• Fluorescence Microscopy Combined with AI Enables Detection of Tumors at Early Stage

• New Sample Preparation Solutions Simplify and Automate Respiratory Diagnostic Testing

• Nanopore Sequencing Cuts Tumor Analysis Times and Costs, Finds Study

• AI Tool Beats Expert Pathologists in Predicting Breast Cancer Outcomes

• AI-Driven Deep-Tissue Imaging System Enables Visualization of Inner Workings of Cells and Tissues

• Transformative Fingertip Blood Collection Device Produces Lab-Quality Test Results

• AI Model Predicts Patient Outcomes across Multiple Cancer Types

• New AI Algorithms Enable Diagnosis of Difficult Cancers

• Fully Open Automated Slide Staining Instrument Designed for Robust Antibody Staining

• Rapid Antimicrobial Susceptibility Test Returns Results within 30 Minutes

• AI Approach Combines Satellite Imaging and Ecology Techniques for Analysis of Tumor Tissue

• New Pathologic Scoring System Accurately Detects Remaining Lung Cancer after Presurgical Treatments

• Virtually Painless Blood Sample Collection Device to Revolutionize Diagnostic Testing

• Butterfly-Inspired Imaging Sensor Accurately Detects Cancer Cells

• Urinary Biomarkers Perform Better Than Serum Biomarkers in Detection of Specific Diseases

• AI-Powered Cervical Cell Analysis System Aids Early Cancer Detection

• AI Tool for Automatic Colorectal Cancer Tissue Analysis Outperforms Prior Methods

• Laser-Based Imaging Technique Enables Much Faster Tissue Diagnosis during Tumor Surgery

• Robotic Platform Enables More Accurate Diagnosis of Cancer Cells

• Novel Synergistic Platform Accurately Detects Viruses at Lowest of Concentrations