Discovery of new source of cancer antigens may expand cancer vaccine capabilities

Scientists have found a common, new source of tumor mutations that could offer three levels of therapy with a cancer vaccine: 1) a broadly protective, or pan-cancer vaccine 2) cancer-type specific vaccines (e.g. breast vs. pancreatic), 3) personalized cancer vaccines based on mutations unique to an individual.

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Immune therapy eliminates tumor cells in early triple negative breast cancer

Immune therapy added to chemotherapy improves pathological complete response in patients with early triple negative breast cancer, according to new results from the KEYNOTE-522 trial. Interim results from the study, which is the first phase III trial of immunotherapy in early breast cancer, also indicated an improvement in event-free survival.

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First prostate cancer therapy to target genes delays cancer progression

For the first time, prostate cancer has been treated based on the genetic makeup of the cancer, resulting in delayed disease progression, delayed time to pain progression, and potentially extending lives in patients with advanced, metastatic prostate cancer, reports a large phase 3 trial. This marks a significant advance for prostate cancer treatment, which has lagged behind other common cancers with regard to precision therapy, now the standard of care in breast, ovarian and lung cancers.

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Breast cancer: New data on cohort with recurrence score 26-100 shows 93% cancer-free rate at 5 years

In the prospective TAILORx trial, 93% of women with hormone-sensitive, HER2-negative, axillary node-negative breast cancer and a high Recurrence Score 26-100 were estimated to be cancer-free at five years. This outcome was much better than expected with endocrine therapy alone. The finding adds to limited data on outcomes with a high RS of 26-100, treated with taxane and/or anthracycline-containing chemotherapy plus endocrine therapy. It adds to the body of evidence supporting use of the RS.

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A new mechanism has been revealed which could lead to premature aging in mother cells

A new mechanism makes it possible to understand premature ageing in cells with asymmetrical cell division, as is the case with mother cells. Understanding this mechanism is useful for studying and, in the future, anticipating the development of ageing-related diseases, such as cancer and neurodegenerative processes.

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