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Pathology

Image: Confocal- & laminar flow-based detection scheme of intact virus particles, one at a time (Photo courtesy of Paz Drori)

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
Image: The new AI technology more precisely predicts the risk of getting breast cancer (Photo courtesy of William Brøns Petersen)

AI Technology Accurately Predicts Breast Cancer Risk Via ‘Zombie Cells’

A new study has demonstrated that artificial intelligence can enhance treatment for women by identifying irregular-looking cells, thus improving cancer risk assessment. More...
30 Sep 2024
Image: The PAXgene Urine Liquid Biopsy Set is the first standardized preanalytical workflow that stabilizes cell-free DNA in urine for subsequent analysis (Photo courtesy of PreAnalytiX)

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
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)

Innovative AI Tool Uses Digitized Whole-Slide Images for Intermediate-Risk Prostate Management

A new AI-powered tool focuses on intermediate-risk prostate cancer patients and utilizes deep learning to help identify patients at higher risk of rapid disease progression. More...
24 Sep 2024
Image: Virtual birefringence imaging and histological staining of amyloid deposits in label-free tissue (Photo courtesy of Ozcan Research Group)

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
Image: Steps and methodology of skin biopsy processing for dSTORM (Photo courtesy of Front. Mol. Neurosci. (2024); DOI: 10.3389/fnmol.2024.1431549)

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
Image: Group of capsules moving in tubular tortuous structures and sampling liquids (Photo courtesy of Vanderbilt University)

New Technology for Sampling Body Liquids in Confined Spaces to Enable Early Cancer Detection

Researchers have developed a new technology for sampling body fluids in narrow and complex spaces, which could enable early detection of diseases like cancer. More...
17 Sep 2024
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The Pathology channel details advances in the field of Surgical Pathology and all its subspecialties, including Cytopathology and its subspecialties.
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