Very excited to highlight @jcornlab's beautiful work on the E3 ligase SCF-FBXO31, which recognizes chemically damaged proteins. Mutations in FBXO31 cause disease by substrate-rewiring, really cool. Congratulations to all authors!
https://t.co/RrmDlym7V6
For nearly a decade I've wanted to write a profile of this remarkable woman. Thank you, @tvjrennie and @QuantaMagazine, for giving me the space and time to do it.
https://t.co/wrccBKFBqW
For nearly a decade I've wanted to write a profile of this remarkable woman. Thank you, @tvjrennie and @QuantaMagazine, for giving me the space and time to do it.
https://t.co/wrccBKFBqW
How about some structural circadian biology to end the week? @partchlab @labthoma@lisastoos_ demonstrate how CLOCK:BMAL1 binds DNA in the context of histones, and show some rather elegant and surprising molecular interactions:
https://t.co/oS2yxFBwgm
Ever wonder why some folks are early birds & others night owls?🌄💤 New @ucsc study reveals a key molecular interaction that sets the timing of our biological clocks. Some morning people have internal clocks that only operate on a 20-hour cycle. @partchlab https://t.co/Y6UslGx77e
Faculty are 25 times more likely to have a parent with a PhD.
I just remembered that when I was a kid, our window AC unit leaked onto our carpet and a giant mushroom appeared overnight.
If you're 1st gen and you also had a mushroom in your living room I see you.
Congratulations Carrie Partch of @partchlab @ucsc, recipient of the 2022 NAS Award in Molecular Biology for her contributions to the molecular understanding of circadian rhythms!
Read more: https://t.co/6hKJ0EbECQ #NASaward#MolecularBiology