Our latest work in @NatMetabolism uncovers that Mitochondrial Superoxide Regulates Nuclear Envelope Integrity and Ageing via Redox-Mediated Lipid Metabolism. Massive congrats to Peng and Leyuan for leading this impactful work! https://t.co/TV5DnkE9B8
Our latest work in @MolecularCell systematically summarizes mitochondria-nuclear communication mechanisms and the latest advances in its extension from intracellular stress to whole-organism systemic regulation. Congrats Guanyu and Hangyu! https://t.co/fDj9eqCdKG
Our latest work in @NatureComms shows that ASI-RIM neuronal axis regulates mitochondrial stress across tissues via TGF-ß signaling in C. elegans, linking neuronal mito-stress to several physiological changes. Congrats Zihao and Qian!
https://t.co/SAeAo16g0f
BREAKING NEWS
The 2023 #NobelPrize in Physiology or Medicine has been awarded to Katalin Karikó and Drew Weissman for their discoveries concerning nucleoside base modifications that enabled the development of effective mRNA vaccines against COVID-19.
We had a blast at our lab's summer party in this long hot summer! 🎉🎊 It was a surprise party to celebrate Ye's birthday as well. Everyone participated deeply and performed amazing acts. It was a great opportunity to bond with each other and have fun. #labparty#summerfun
A joint effort between the Dillin lab @dillinlab and us about how different animal tissues communicate their mitochondrial stress. Let we know what do you think😊
Life metabolism is delighted to announce a new review by The Dillin lab @dillinlab@UCBerkeley and the Tian lab @yetian_lab@CAS which discusses how different animal tissues communicate their mitochondrial stress 1/ https://t.co/9bEwxRmx8i