Cell-Free DNA Analysis Distinguishes Recurrent From Primary Breast Cancer
Kumamoto University researchers have developed a blood test that analyzes nucleosome structures in cell-free DNA to detect breast cancer recurrence.
Kumamoto University researchers have developed a blood test that analyzes nucleosome structures in cell-free DNA to detect breast cancer recurrence.
Researchers at Vanderbilt-Ingram Cancer Center report that RNA sequencing of blood samples can predict immunotherapy response in high-risk breast cancer patients.
Using causal artificial intelligence and digital pathology, the test moves beyond population-level averages to predict patient-specific chemotherapy outcomes.
Three abstracts showcase PreciseBreast’s ability to predict recurrence risk in early-stage invasive breast cancer using digital pathology.
Read MoreResearchers found that circulating tumor cell counts stratified patients by disease aggressiveness and were associated with differing outcomes following endocrine versus combination therapy.
Read MoreThe test can now be used to identify HER2-positive metastatic breast cancer patients that could be eligible for Enhertu.
Read MoreA blinded validation in more than 400 women shows the test provides clearer guidance on recurrence risk and radiation therapy decisions.
Read MoreCoverage applies to stage II and III breast cancer patients across three major subtypes for up to six years of recurrence monitoring.
Read MoreThe research‑use‑only test for post‑treatment breast cancer monitoring is now available through the company’s affiliate EG Biomed US.
Read MoreThe agreement focuses on clinical validation of ESR1 mutation detection assay for advanced breast cancer testing using ddPCR technology.
Read MoreResearchers develop PIPscore using plasma proteomics to identify triple-negative breast cancer patients most likely to benefit from immunotherapy treatment.
Read MoreCoverage marks a step in expanding access to ultra-sensitive molecular residual disease detection for breast cancer patients.
Read MoreEmerging liquid biopsy techniques enable sensitive, routine monitoring of ESR1 mutations in metastatic HR+ breast cancer.
Read MorePersonalis, Inc. unveiled promising new clinical data from the PREDICT DNA and SCANDARE studies at ASCO 2025.
Read MoreSAGA Diagnostics has launched Pathlight, a groundbreaking multi-cancer blood test for ultra-sensitive detection of MRD.
Read MoreHologic and Biotheranostics unveiled new data showing that the Breast Cancer Index (BCI) test improves treatment decision-making.
Read MoreA groundbreaking genetic study identified two novel breast cancer-linked genetic variants in Black South African women.
Read MoreA new peer-reviewed study confirms that Ibex Breast significantly enhances accuracy, speed, and efficiency of breast pathology evaluations.
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