Excited to see our work now published https://t.co/oa2wneGAIX!
Lysosomal dysfunction has long been considered a hallmark of aging, but we still know remarkably little about what actually changes inside lysosomes as organisms grow old. Using rapid lysosome isolation and metabolomics, we built the first atlas of lysosomal aging across tissues.
Excited to see our work now published https://t.co/oa2wneGAIX!
Lysosomal dysfunction has long been considered a hallmark of aging, but we still know remarkably little about what actually changes inside lysosomes as organisms grow old. Using rapid lysosome isolation and metabolomics, we built the first atlas of lysosomal aging across tissues.
So great to put this out! Many years in the making. We used #CRISPR screens to find #mTORC1 regulators and clarified how #mitochondria "talk" to mTORC1. https://t.co/giLisIUK1F
Our lab's donation for local Cambridge hospitals via the Cambridge Local Emergency Planning Committee. Please other labs give what you can. Thank you for organizing to our awesome lab manager Edie!
Congratulations @kendyjco on your new review and poster. When I travel I am often asked if we will update the previous mTOR signaling poster from @LaplanteMathieu. Here it is!
Nutrient regulation of mTORC1 at a glance https://t.co/4EUOpe3ylJ
Congratulations @kendyjco on your new review and poster. When I travel I am often asked if we will update the previous mTOR signaling poster from @LaplanteMathieu. Here it is!
Nutrient regulation of mTORC1 at a glance https://t.co/4EUOpe3ylJ