Presenting a model for proteasome condensate formation.💧
Kenrick Waite & team @KUMedCenter show that shuttling factors Rad23 and Dsk2 contribute to proteasome condensate formation - a process that Ddi1 counteracts. #preprint
preLight by @_AniruddhaD ⬇️
https://t.co/xcXxPLiJmU
So, finally the time has come and formally date has been announced. I am excited to welcome everyone to join virtually my #PhD defense.
https://t.co/zxHl5EY7Xs
We are looking for a PostDoc! You will work on fighting bacteria and use genetic circuits driving bacterial competition for translational applications. As a bonus you get to live in a super cool city. #Austin#toxins#microbiology Contact us: https://t.co/gbgjOa0gzS
"Stress granules play an important role in the sequestration of cytosolic misfolded proteins, thereby preventing these proteins from accumulating in the nucleus, where they would otherwise infringe nuclear proteostasis." Fascinating study from Dantuma's group.
Excited to share that I've secured an ERC Starting Grant to fund my team's research for the next five years 😄 Thanks to everyone that helped make this possible! https://t.co/j601ZHlBqD
BREAKING NEWS:
The Royal Swedish Academy of Sciences has decided to award the 2022 #NobelPrize in Chemistry to Carolyn R. Bertozzi, Morten Meldal and K. Barry Sharpless “for the development of click chemistry and bioorthogonal chemistry.”
A special congratulation to the wonderful leading author of this work, the one and only @clairemcwhite! This work is another testament to her constant willingness to study biological phenomena across different kingdoms of life. Big kudos to @edward_marcotte, too!
happy to share my analysis of sirtuin research from Jasper Rine's 1979 PhD thesis to today. i expect that ppl from the world's biggest experts to biologists outside of sirtuin & aging research to journalists & laypeople will find this of interest https://t.co/omeZMltE4f
Have you wondered how a decades-old oocyte can give rise to a new embryo while other cells in the body age? Our study @Nature, spearheaded by @AidaRoNu, uncovers the mechanism that allows early #oocytes to maintain ROS-free #mitochondria https://t.co/eVQfeRWmVq🧵
Excited to announce that I will be joining the Department of Biochemistry and Molecular Biology at Thomas Jefferson University this Fall as an Assistant Professor. The Soniat lab will investigate DNA repair and telomere maintenance mechanisms. Stay tuned for future job postings!