UCLA and PreciseDx Collaborate on AI-Powered Breast Cancer Recurrence Diagnostics
This collaborative study seeks to represent a significant step forward in digital pathology and oncology breast cancer research
This collaborative study seeks to represent a significant step forward in digital pathology and oncology breast cancer research
DNADX utilizes sequencing DNA data from tumor tissue or plasma circulating tumor DNA to classify breast cancer into four subtypes or clusters.
New findings suggest that overdiagnosis may be common among older women who are diagnosed with breast cancer after screening.
The FDA approved the Guardant360 CDx liquid biopsy test as a companion diagnostic for metastatic breast cancer patients with ESR1 mutations.
Read MoreScientists found a marker to identify patients with estrogen receptor-positive breast cancer who may benefit from new immunotherapies.
Read MorePreciseDx detailed its digital AI platform, which designed to enrich breast cancer grading and improve risk categorization.
Read MoreMeasuring activation of immune-system B cells may be an ideal method in predicting whether HER2-positive breast cancer responds to treatment.
Read MoreBreast cancer patients who undergo breast-conserving surgery are recommended to do adjuvant radiation therapy to reduce local recurrence risk.
Read MoreResearchers released data demonstrating that an RNA-based liquid biopsy platform accurately detected breast cancer at the earliest stages.
Read MoreHologic, Inc. has released new study data showing that the Breast Cancer Index test identified which patients benefited from therapy.
Read MoreResearchers have determined that microRNAs can help predict which patients with breast cancer are likely to face a recurrence of the disease.
Read MoreA team of researchers made a major advance toward distinguishing if early pre-cancers in the breast will progress into invasive cancers.
Read MoreResearchers found changes in the levels of particular proteins in people’s blood up to two years prior to a breast cancer diagnosis.
Read MoreNew technology can trace which populations of breast cancer cells are responsible for the spread of the disease.
Read MoreMicroRNA (miRNA) can be used as a biomarker to predict which patients are likely to face breast cancer recurrence and mortality.
Read MoreMore than two years after the COVID-19 pandemic began, cancer diagnoses continue to lag behind pre-pandemic levels.
Read MoreScientists found indications that a liquid biopsy could determine whether a patient has breast cancer at its early stage.
Read MoreInvitae released a study recommending genetic testing for those with breast cancer, and showing how testing improves patient outcomes.
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