Engineered Immune Cells Use Cancer's Metabolism Against Itself
Scientists modified NK and T cells with metabolite sensors to better infiltrate tumors and fight cancer in promising mouse studies.
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Scientists modified NK and T cells with metabolite sensors to better infiltrate tumors and fight cancer in promising mouse studies.
King penguins age faster in captivity, mirroring how Western lifestyle patterns may accelerate human aging processes.
New research reveals how declining Pck1 enzyme levels cause fat cells to age faster, potentially explaining age-related metabolic decline.
Major pharmaceutical collaboration leverages AI to accelerate development of longevity and age-related disease therapies.
New research infrastructure combines real-world health data with AI to measure and extend healthspan through personalized interventions.
Major NIH funding supports research into exceptional longevity families and healthy aging interventions through two landmark grants.
Major federal funding supports healthy aging interventions and centenarian genome analysis at UC Riverside.
New research examines whether sleep improvements in smoking cessation trials come from quitting cigarettes or using e-cigarettes as aids.
New GLP-1 drug Foundayo gets fastest FDA approval since 2002, targeting obesity and metabolic health through appetite control.
New targeted therapy offers hope for patients with specific genetic mutations in advanced non-small cell lung cancer.
Deep dive into epigenetic aging clocks, what they actually measure, and whether improving scores translates to better health outcomes.
Multi-omic analysis reveals GLP-1 receptor agonists counter aging processes across multiple organ systems and biological pathways.