Resistance and Overcoming Resistance in Breast Cancer
[Breast Cancer: Targets and Therapy] This review focuses on understanding how breast cancer responds to treatment and how resistance develops.
[Breast Cancer: Targets and Therapy] This review focuses on understanding how breast cancer responds to treatment and how resistance develops.
In immunocompetent murine models of lymphoma and neuroblastoma, IT rotavirus therapy demonstrated that it can overcome immune checkpoint inhibitor resistance.
Rechallenge with dabrafenib plus trametinib demonstrated antitumor activity in patients who had previously progressed on BRAF inhibitor therapy.
Adding the anti-malaria drug chloroquine to standard therapies may help combat resistance to therapy and also resensitize glioblastoma patients to targeted treatments that had previously stopped working.
Researchers explore the biologic influences of breast cancer development and resistance to treatment.
A recent study undertaken sought to examine the effects of chemotherapy on bladder cancer cells and possible connections to later treatment resistance.
Danish researchers identified a microRNA shown to predict whether a patient with colorectal cancer would be resistant to oxaliplatin treatment, a discovery that holds promise of improving both current treatment options and development of future treatment strategies.
Dab2 is an endocytic adaptor and tumor suppressor whose expression occurs during the epithelial-mesenchymal transition, which is mediated by TGF-beta. This study sought to understand how Dab2 regulates apoptosis.
A new perspective on chemotherapy resistance in ovarian cancer may be a step toward overcoming that resistance. Fibroblasts block chemotherapy, leading to chemotherapy resistance; however, immune system T cells can reverse that resistance.
The second-generation hsp90 inhibitor onalespib may be beneficial for men with prostate cancer that no longer responds to androgen deprivation therapy