20 articles
New mouse research reveals taurine reduces senescent cells in damaged livers via a novel HβS/IGFBP-1 axis, offering a fresh therapeutic angle.
New study reveals taurine reduces amyloid plaques and tau tangles while protecting brain cells in Alzheimer's disease models.
Latest meta-analysis of 34 trials shows taurine improves blood sugar, cholesterol, and inflammation markers despite recent aging debates.
New metabolomics research shows taurine supplementation restores energy production, antioxidant defenses, and amino acid metabolism in aging oocytes.
Two compounds working together dramatically improved brain cell survival and reduced inflammation after oxygen deprivation injury.
New research reveals taurine plays a dual role in lung cancer β promoting tumor growth at low doses in immune-competent hosts while potentially inhibiting it at high doses.
Study shows taurine supplementation can reverse skin aging effects of sleep loss by mimicking estrogen's protective actions.
New research challenges the idea that falling taurine levels drive aging, finding levels actually increase or stay stable with age.
A study of 137 men aged 20β93 found no link between circulating taurine and age, muscle health, or mitochondrial function.
Taurine activates OGT/Gpx4 signaling to halt ferroptosis in chondrocytes, offering a safe dietary strategy against post-traumatic osteoarthritis.
Scientists discover that taurine-based tRNA modifications protect cardiomyocytes from ferroptotic cell death, opening new avenues for heart attack therapy.
A multi-omics study reveals how disrupted taurine metabolism reshapes the bladder cancer tumor microenvironment, fueling immune evasion and anti-PD-1 resistance.
New research shows taurine suppresses p53-driven senescence in pancreatic Ξ²-cells, offering a potential strategy to preserve insulin secretion with age.
New research shows taurine prevents postovulatory oocyte deterioration by restoring TBK1-driven mitophagy and protecting mitochondrial health.
New NIH research challenges the popular idea that taurine levels reliably track biological aging, raising questions for supplement advocates.
Taurine produced in the gut during IBD triggers angiogenin to degrade inflammatory mitochondrial RNA, revealing a new immune-modulating pathway.
First high-resolution structures of human TauT expose substrate recognition and a cholesterol-mediated dimerβkey to aging, heart, and brain health.
A rat study shows 8 weeks of astaxanthin supplementation improves antioxidant capacity, mitochondrial function, and recovery from chronic exercise fatigue.
Review identifies taurine, betaine, Ξ±-ketoglutarate, and other naturally-produced compounds that may delay aging through multiple cellular pathways.
A TCA cycle metabolite reprograms inflammatory macrophages after myocardial infarction, revealing a novel metabolite-epigenetic therapeutic pathway.
