Recent studies reveal that age-related proteasomal decline activates the cGAS-STING pathway through mitochondrial DNA leakage, fueling chronic inflammation linked to Alzheimer’s, with exercise a...
Recent studies reveal transcription factors AP1 and KLF5 drive T cell senescence, with new epigenetic interventions offering hope for enhancing immune function in the elderly. Cutting-edge research un...
Biotech advancements in thymus regeneration, like TECregen’s therapies, show promise in rejuvenating immune function for aging populations, addressing delivery challenges and ethical considerati...
Stanford Medicine study finds inhibiting 15-PGDH enzyme regenerates cartilage in aged mice, offering a non-invasive osteoarthritis treatment that could reduce joint replacements and improve life quali...
Recent studies highlight histone succinylation as a key epigenetic regulator of aging, with succinic acid supplementation showing promise for enhancing healthspan in mouse models and human trials. Eme...
Advances in mitochondrial uncouplers like BAM15 offer safer options for weight management and anti-aging, supported by 2023 research and ongoing clinical trials targeting metabolic efficiency. Cutting...
A 2023 study in ‘Aging Cell’ shows GDF3 drives inflammatory macrophage polarization in aging mice, linking it to metabolic decline and offering new therapeutic avenues for age-related dise...
Axolotls, with their unique regeneration and negligible senescence, offer groundbreaking insights for anti-aging therapies, driven by recent epigenetic studies and biotech innovations. Recent studies ...
Recent studies reveal mitochondrial RNA leakage activates RIG-I/MDA5 sensors, driving inflammation and cellular senescence in diseases like MASH, with promising senolytic therapies in development. Bre...
A study using mRNA technology to produce thymic proteins in the liver boosts T-cell production in aged mice, highlighting potential for aging-related immune decline treatments. Researchers have develo...
