Northwestern Medicine investigators have discovered a novel signaling pathway activated by interferons, a group of immune system proteins, that suppresses the anti-tumor response of interferons in patients with a particular type of blood cancer, according to findings published in Nature Communications. Targeting this pathway in combination with interferon therapy may provide a novel approach to[…]
Investigators have discovered a novel signaling pathway in interferons that suppresses their anti-tumor response in patients with a particular type of blood cancer.
A team led by Northwestern Medicine investigators has discovered differences in the distribution and interaction of T-cells within different parts of brain tumor and brain metastasis microenvironments.
Investigators discovered that decreased expression of the G alpha 13 protein in mice and human pancreatic tumors promotes tumor growth, according to recent findings.
Daniel Brat, MD, PhD, has been heavily involved in the process of moving molecular genetic biomarkers for glioma from the bench to the beside.
A well-established cancer cell transcription factor and its newly identified co-factor work together to drive cancer cell proliferation, according to a Northwestern Medicine study published in Science Advances.
Black women with early hormone receptor-positive breast cancer experienced shorter relapse-free intervals and overall survival compared with white women, according to findings published in JAMA Oncology.
Patients receiving radiotherapy to treat high-risk prostate cancer benefit from androgen deprivation therapy, and length of treatment may be dependent on radiation deliver, according to a recent study.
The drug darolutamid, administered with standard androgen-deprivation therapy and docetaxel chemotherapy, increased survival in patients with metastatic hormone-sensitive prostate cancer.
Associate vice president of research Richard D’Aquila, MD, shares his perspective on the news of a possible third person cured of HIV, and the progress of HIV research in the future.