Pathology

In Other News

• Novel Technique Uses ‘Sugar’ Signatures to Identify and Classify Pancreatic Cancer Cell Subtypes

• Advanced Imaging Reveals Mechanisms Causing Autoimmune Disease

• AI Model Effectively Predicts Patient Outcomes in Common Lung Cancer Type

• Ultrasound-Based Microscopy Technique to Help Diagnose Small Vessel Diseases

• Machine Learning-Enabled Blood Test Predicts Immunotherapy Response in Lymphoma Patients

• AI Model Predicts Patient Response to Bladder Cancer Treatment

• New Laser-Based Method to Accelerate Cancer Diagnosis

• New AI Model Predicts Gene Variants’ Effects on Specific Diseases

• Powerful AI Tool Diagnoses Coeliac Disease from Biopsy Images with Over 97% Accuracy

• Pre-Analytical Conditions Influence Cell-Free MicroRNA Stability in Blood Plasma Samples

• 3D Cell Culture System Could Revolutionize Cancer Diagnostics

• Painless Technique Measures Glucose Concentrations in Solution and Tissue Via Sound Waves

• Skin-Based Test to Improve Diagnosis of Rare, Debilitating Neurodegenerative Disease

• Serum Uromodulin Could Indicate Acute Kidney Injury in COVID-19 Patients

• AI Model Reveals True Biological Age From Five Drops of Blood

• First-Of-Its-Kind AI Tool Visualizes Cell’s ‘Social Network’ To Treat Cancer

• New Test Diagnoses High-Risk Childhood Brain Tumors

• Spectroscopy Technique Improves Surgery for Pediatric Epilepsy Patients

• Informatics Solution Elevates Laboratory Efficiency and Patient Care

• Microfluidic Device Assesses Stickiness of Tumor Cells to Predict Cancer Spread

• New AI Tool Outperforms Previous Methods for Identifying Colorectal Cancer from Tissue Sample Analysis

• Unique Barcoding System Tracks Pneumonia-Causing Bacteria as They Infect Blood Stream

• New Technique Predicts Aggressive Tumors Before They Metastasize