A new triple negative breast cancer target: Why HORMAD1 could guide treatment choices
medicalxpress - A gene that is typically active only in reproductive cells may hold the key to new treatments for triple negative breast cancer, according to new research published in the journal Nature Communications. Scientists from the Breast Cancer Now Toby Robins Re…
AI Summary: Researchers have identified HORMAD1, a normally reproductive‑cell gene, as a vulnerability in some triple‑negative breast cancers. Preclinical work suggests exploiting this target could guide patient selection and novel therapies, opening a promising — if early‑stage — route for a tumor type that desperately needs smarter options.
- HORMAD1: reproductive gene reveals vulnerability in triple‑negative breast cancer (3)
- New insights into why aggressive breast cancers grow and spread (3)
- OTHER: related cancer research and approvals outside this TNBC angle (5)
- All Other Stories
HORMAD1: reproductive gene reveals vulnerability in triple‑negative breast cancer
New insights into why aggressive breast cancers grow and spread
OTHER: related cancer research and approvals outside this TNBC angle
All Other Stories
Related Stories
Atezolizumab added to chemoradiation fails to improve limited‑stage SCLC survival / 3 months
Roche’s hoped‑for breast cancer pill fails crucial first‑line trial / 3 months
Romiplostim prevents chemo-induced platelet crashes in phase 3 trial / 3 months
Nine‑year CheckMate‑214 follow‑up confirms durable immunotherapy benefit / 7 days
Teclistamab shows survival benefit prompting earlier use discussions / 21 days
CAR-PRISM trial shows BCMA CAR T effective in high-risk smoldering myeloma / 2 months
Long‑term immunotherapy appears safe for alveolar soft part sarcoma / 2 months
StackHealth RSS
You can now follow topics by RSS - browse the complete list of topics, people, and organizations. Or, try Cancer Screening, Oncology, Reproductive Health, Product Recall and look for the RSS link.
StackHealth Time Machine