Oncology & Cancer

New study could enhance treatments for drug-resistant melanoma

Melanoma is the deadliest form of skin cancer, killing more than 8,000 in the U.S. each year. Approximately 40 percent of advanced melanoma tumors are driven to grow by the presence of mutations in a gene known as the BRAF ...

Oncology & Cancer

Predicting cancer's next move

Research led by Broad senior associate member Levi Garraway and published this week in Nature offers a new approach to studying drug resistance in cancer. The approach helped them identify which biological pathways could ...

Oncology & Cancer

New biomarker may help guide treatment of melanoma patients

A functional biomarker that can predict whether BRAF-mutant melanomas respond to drugs targeting BRAF could help guide the treatment of patients with these cancers, according to results presented here at the AACR-NCI-EORTC ...

Oncology & Cancer

Rapid method to detect BRAF mutations in cancer tissue samples

A new diagnostic platform to detect BRAF mutations in melanoma and other cancer types is faster and more accurate compared with the standard method currently used in clinics, and this could help accelerate diagnosis and treatment, ...

Oncology & Cancer

Cutting off all points of escape for melanoma cells

Despite the success of recent approved therapeutics to treat advanced melanoma, metastatic cancer cells inevitably evolve resistance to drugs. In the journal Cell Reports, a team of researchers based at The Wistar Institute, ...

Oncology & Cancer

New factor to control oncogene-induced senescence

An article published on the journal Nature describes the major role that Pyruvate dehydrogenase (PDH) —an enzyme of cellular energy metabolism— plays in the regulation of the cellular senescence induced by the oncogene ...

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