📢 Preprint Alert: FATE1 is a cancer-selective regulator of mitochondrial dynamics! 💡Unlike its homolog Mff, FATE1 preserves mitochondrial networks by promoting Mfn2-dependent hyperfusion and blocking Drp1-mediated fission during stress: 🔬👇
https://t.co/r8m5zrgcWP
You-An Su, Ya-Wen Liu et al. show that NME3 is a mitochondrial tethering complex that binds to phosphatidic acid derived from cardiolipin, selectively tethering #mitochondria w/ externalized cardiolipin to promote their fusion for functional homeostasis https://t.co/09inYb6vF1
We are looking for a postdoctoral researcher to work in our liver cancer team examining the role of BNIP3 and NIX in hepatic steatosis and liver cancer. Contact me at [email protected] for more information.
https://t.co/IB9G1h2N7x
📡Happy to share our recent work describing mitochondrial actions of the caspase inhibitor and ubiquitin ligase XIAP. In response to bioenergetic stress, XIAP mediates piecemeal mitochondrial processing independent of canonical mitophagy. #mitochondria 🔬https://t.co/Et6TQ9RMfU
Excited to announce that our EMBO Workshop on Inter-organelle contacts biology, happening in Fiuggi, Italy, Oct 1-6, 2023, is now open for registration. Please share - and see here for details and application👇👇👇
https://t.co/V5KhSGywPl
We got a belated Christmas present from @PNASNews: We made it onto the cover of the last issue for this year 😍 https://t.co/qjfToPXIlu
If you want to know more about the background, read our article about a new live-cell dye for mito imaging: https://t.co/mZ6BhnX7aE
Want to learn more about the graduate programs offered in the Molecular Microbiology & Immunology Department at Johns Hopkins University? Register for our virtual info session on Nov. 7th where we'll answer questions about our PhD, ScM, and MHS programs! https://t.co/Z79C67fzml
Great piece to help us think about mitochondria as more than powerhouses. Mitochondria signal both within and between cells.
@RPC_3312
https://t.co/jslws5FCH6
Excited to share our most recent preprint: we found two really interesting strategies Y. pseudotuberculosis utilizes to survive doxycycline treatment! Fantastic collaboration between our students and @tvanop, congrats to first authors @HectorAzMz and Rob! https://t.co/TQvCxwnzx4
If any of the words microscopy, membranes or cell death increases your heart beat, send an application to our lab! We can offer a prestigious Humboldt Research Fellowship to postdoc applicants from outside Germany. https://t.co/QszCjwzIBq Please RT