CareDx to Acquire Oncology Diagnostics Company Naveris for $160 Million
CareDx will acquire Naveris for $160 million, adding a Medicare-reimbursed liquid biopsy platform for viral-mediated cancer monitoring to its precision medicine portfolio.
CareDx will acquire Naveris for $160 million, adding a Medicare-reimbursed liquid biopsy platform for viral-mediated cancer monitoring to its precision medicine portfolio.
The diagnostic tool identifies a specific biological cause of autism with more than 97% predictive accuracy.
Research identifies how circulating tumor DNA can inform personalized treatment and surveillance strategies.
The new funding brings the initiative’s total to $150 million and will focus on tau pathology, multi-marker panels, and AI-driven diagnostics.
Read MoreSiemens Healthineers has introduced two new blood-based tau assays for research use on the Atellica platform, expanding its brain health portfolio with tests aimed at advancing neurodegenerative disease research.
Read MoreThe test identifies carriers of a genetic variant found in up to 60% of Alzheimer’s patients, helping clinicians triage patients and guide treatment decisions.
Read MoreThe Phase 2 grant supports AI-driven analysis of retinal tissue to identify disease-specific patterns linked to ALS, FTD, and LATE.
Read MoreA peer-reviewed study in the Journal of Minimally Invasive Gynecology found HerAnova’s HerResolve blood assay detected 61.5% of endometriosis cases missed by imaging, with 97.5% specificity and 80% sensitivity.
Read MoreA University of Warwick study finds AI cancer detection models may rely on statistical correlations rather than true biomarker signals, raising concerns about reliability in clinical pathology applications.
Read MoreA multicenter study reports that combining fecal SDC2 methylation testing with the APCS scoring system improves advanced adenoma detection and specificity in colorectal cancer screening.
Read MoreResearchers at Yeditepe University have developed a machine learning classifier that integrates multi-omic data and metabolic modeling, improving lung and pancreatic cancer diagnosis accuracy, according to a study in Quantitative Biology.
Read MoreThe test uses five biomarkers and proprietary technology to detect amyloid brain plaques in patients with cognitive symptoms.
Read MoreCircular Genomics has secured exclusive rights from Washington University and Max Delbrück Center to develop a blood-based Alzheimer’s test using circular RNA biomarkers.
Read MorePathAI has launched new AI-powered tools on its AISight Clinical Trials Platform, providing standardized histopathology endpoints for inflammatory bowel disease drug development.
Read MoreJohns Hopkins researchers have developed a liquid biopsy that detects early-stage lung and breast cancers by measuring DNA methylation variation, showing high accuracy in a study published in Clinical Cancer Research.
Read MoreResearchers at La Trobe University have developed a single-use test strip that detects cancer-related microRNAs in blood plasma at concentrations up to 1,000 times lower than current methods.
Read MoreResearchers at Mass General Brigham have developed a blood test that predicts tarlatamab response in small cell lung cancer, showing 85% sensitivity and 100% specificity.
Read MoreResearchers at Baylor College of Medicine have identified four new protein markers that improve detection of triple-negative breast cancer cells in blood, potentially enhancing the accuracy of liquid biopsy tests, according to a recent study.
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