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Tag: Cancer

Glioblastoma
Scientists have discovered a small molecule that effectively kills glioblastoma, a highly aggressive and untreatable brain cancer, in cellular cultures [1]. When acidic means deadly Despite scientists’ best efforts, some types of cancer remain almost as deadly as ever. This includes the dreaded glioblastoma, a type of brain cancer that is especially aggressive and resistant...
White blood cells
Scientists have found that giving CAR T cells a particular oncogenic mutation greatly improves their efficiency against blood and solid cancers [1]. Less than cancer One reason why cancer is so dangerous is that oncogenic mutations boost cancer cells’ survivability, just like a genetically modified monster in a sci-fi movie. When T cells go haywire...
Cancer cell
Scientists have discovered a mechanism that lets senescent tumor cells undermine chemotherapy. With this mechanism blocked, standard chemotherapy led to complete regression of mammary tumors in mice [1]. Senescent yet still dangerous Chemotherapy and radiation therapy, still the two most common treatments for solid tumors, subject cells to powerful stress as they are designed to...
Brain scans
In a recent study published in Aging Cell, researchers found similarities between glioblastoma and Alzheimer’s disease patients in their gene expression and protein profiles [1]. Brain tumors and neurocognitive dysfunction The majority of patients with brain tumors develop irreversible, progressive neurocognitive dysfunction, sometimes long after their treatment [2-4]. It reduces their quality of life and,...
Shielded cells
Scientists have created improved CAR T cells that also express the cytokine IL-10. The new cells proved highly effective in mice and in a pilot human trial [1]. The promise and the limitations Chimeric antigen receptor (CAR) T cells are among the most promising treatments in oncology. To create them, immune T cells are genetically...
Two apples one arrow
A new study published in Aging Cell applied an artificial intelligence target discovery platform to aid in identifying potential dual-purpose targets for anti-aging and anti-cancer treatments [1]. Killing two birds with one stone Aging, as is the case with many diseases, is a risk factor for cancer, and the processes behind aging and cancer are...