Pathology
Breakthrough Virus Detection Technology Combines Confocal Fluorescence Microscopy with Microfluidic Laminar Flow
A new method that combines confocal fluorescence microscopy with microfluidic laminar flow marks a significant advancement in virus detection, potentially transforming how viral outbreaks are monitored and managed. More...01 Oct 2024
Liquid Biopsy Solution Enables Non-Invasive Sample Collection and Direct Cell-Free DNA Stabilization from Urine
An innovative solution enables non-invasive sample collection and immediate stabilization of cfDNA in urine, making standardized urine sampling practical for clinical use. More...26 Sep 2024
 (1)_2.jpg "Image: A cluster map of different prostate cancer patterns detected by the AI tool PATHOMIQ_PRAD from stained tissue images (Photo courtesy of Nair, et al. (2024), European Urology)")
AI-Based Tissue Staining Detects Amyloid Deposits Without Chemical Stains or Polarization Microscopy
A groundbreaking method for imaging and detecting amyloid deposits in tissue samples uses deep learning and autofluorescence microscopy to create virtual birefringence imaging and histological staining, removing the need for polarization imaging and traditional stains like Congo red. More...19 Sep 2024
Super-Resolution Imaging Detects Parkinson's 20 Years Before First Motor Symptoms Appear
A new technology could allow for diagnosis of Parkinson's disease up to 20 years before the onset of motor symptoms, paving the way for early intervention or prevention of this currently incurable disease. More...18 Sep 2024
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In Other News
New Technology Holistically Images Deep Living Tissue for The First Time
New Molecular Sensor Enables Fluorescence Imaging for Assessing Sarcoma Severity
New Biology Lab Tools Speed Up Tumor Dissection
AI Tool Diagnoses Cancer, Guides Treatment and Predicts Survival Across Multiple Cancer Types
New Identification Method for Cancerous DNA to Reduce Need for Painful Biopsy Surgery
Novel Light-Based Technique With 90% Accuracy Rate to Revolutionize Cancer Diagnosis
Software Tool to Advance Cancer Pathology by Providing Diagnostic Insights from Tissue Biopsies
AI Automates Analysis of Pathology Slides for Distinguishing Rheumatoid Arthritis Subtypes
AI-Based Digital Pathology Platform Improves Lung Cancer Diagnosis
AI-Based Image Analysis Module to Aid Cancer Detection in Bronchoscopic Lung Biopsies
First-Of-Its-Kind AI-Enabled Smart Microscopy Platform to Accelerate Traditional Pathology Workflows
Bedside Scanning Device to Enable Slide-Free Pathology for Complete Surgical Tumor Removal
Affordable System Enables Immediate Digital Pathology of Tumors During Surgery
Groundbreaking AI-Powered Tool Revolutionizes Slide Macrodissection and Molecular Pathology Workflows
New Technique Identifies Pathological Abnormalities Associated with Motor Neuron Disease
3D Pathology with AI to Enhance Prognosis Accuracy for Barrett's Esophagus Patients
New Visual Diagnostic Technique to Advance Early Detection of Neurodegenerative Diseases
New AI Protocol Instantaneously Detects Cancer Genomic Biomarkers Directly from Tumor Biopsy Slides
Innovative Imaging Method to Revolutionize Microscopy
Magnetic Microneedle Array Robots to Revolutionize Tissue Slicing and Cultivation
Routine Blood Tests Could Speed Up Cancer Diagnosis for People with Abdominal Symptoms
Ultra-Rapid Culture-Free Sepsis Test Reduces Testing Time from Days to Hours
New Rapid Method for Determining Virus Infectivity Could Revolutionize Response to Future Pandemics
The Pathology channel details advances in the field of Surgical Pathology and all its subspecialties, including Cytopathology and its subspecialties.
