

A catecholamine-independent pathway controlling adaptive adipocyte lipolysis dlvr.it/TQF2Gk
Scheller Lab
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@schellerlab
Neuroskeletal Biology Laboratory (NSBL) @WUSTLmed. Executive director @wustlcrm. President @ISBM_society. Nerves. Bones. Metabolism. Encouragement. 🔬🦴🧠❤️


A catecholamine-independent pathway controlling adaptive adipocyte lipolysis dlvr.it/TQF2Gk











Chewing the fat: a novel mechanism for lipolysis dlvr.it/TQF2QR

Big anti aging news Scientists Identify Core "Aging Genes" Shared Across Species. Silencing Them Extends Lifespan Researchers publishing in Aging Cell have pinpointed a set of core genes that drive aging across multiple species, from humans to worms. By analyzing 25 large gene expression datasets and testing the results in C. elegans, they found 6 key genes whose suppression extended lifespan by up to 15%. These genes regulate immune activity, tissue maintenance, and DNA stability, and many are already linked to age related diseases like Alzheimer’s and macular degeneration. The findings reveal universal aging mechanisms and new targets for anti aging therapies.

Big anti aging news Scientists Identify Core "Aging Genes" Shared Across Species. Silencing Them Extends Lifespan Researchers publishing in Aging Cell have pinpointed a set of core genes that drive aging across multiple species, from humans to worms. By analyzing 25 large gene expression datasets and testing the results in C. elegans, they found 6 key genes whose suppression extended lifespan by up to 15%. These genes regulate immune activity, tissue maintenance, and DNA stability, and many are already linked to age related diseases like Alzheimer’s and macular degeneration. The findings reveal universal aging mechanisms and new targets for anti aging therapies.






