🌟 Exciting News! Eric has been named #PostdocOfTheMonth! 🎉 Check out the full interview on the university's daily news site! https://t.co/EEs4aMoKuw #ScienceSpotlight [Link to interview] 📚🔬
@ballenpetersen@cwru Thrilled to have had the chance to host you and to hear all about the exciting #BAPlab projects! Your insights on #PP2A and its role in pharmacology were truly enlightening. Looking forward to more such exchanges in the future! #ScienceCommunity#Collaboration
Our preprint is out! We hacked the @nanopore sequencer to read amino acids and PTMs along protein strands. This opens up the possibility for barcode sequencing at the protein level for highly multiplexed assays, PTM monitoring, and protein identification!
https://t.co/hVdNFa7ti4
Today in partnership with @IsomorphicLabs, we're sharing progress on the next generation of #AlphaFold. 🧬
Our new model greatly expands coverage of structure prediction beyond proteins to other key biomolecular classes.
How could it help scientists? 🧵 https://t.co/64EO0fpZWr
🦠🧬 Dive into the fascinating world of how bacteriophage T4 ingeniously hijacks E. coli's cellular machinery! Unveil the intriguing process of ‘RNAylation’! RNAylation-installing RNA strands onto the arginine residues of target proteins. #RNAylation
👇
https://t.co/4JBJVjcdQf
🎉 Kudos to @vignesh_k757 and Cech team for revealing a stunning structure & applying streptavidin grids innovatively! Shedding light on the fascinating functional role of G4 RNA, pushing the boundaries of our understanding. Fantastic achievement!
https://t.co/tMymDLHK5l
🎉 Huge congrats to Brendan Sheehan for securing a training grant from the National Institute of General Medical Sciences! 🎓 So proud of this remarkable achievement. Onward and upward! 🌟 #NIGMS#T32#FutureOfScience#GrantAchievement 🙌🔬
So proud of our research team and our collaborators; our paper just came out in Nature Communications today
So proud of our research team and our collaborators; our paper just came out in Nature Communications today - https://t.co/D9kfFuERgF
PP2A holoenzyme is thought to dephosphorylate hundreds of substrates. By degrading its catalytic subunit followed by an unbiased phosphoproteomic analysis, we find out just how many! Find out if your proteins are PP2A substrates...https://t.co/PZ7jvO6vTx @kesslet345@mrcppu
Ever wonder about the hidden costs of drug toxicity? The latest research sheds light on an often overlooked area: the impact of off-target drug interactions on intracellular RNAs. 🧬
#DrugSafety#Transcriptomics#Pharmacology#Toxicity#Innovation
https://t.co/hsJGu9Zna6
In honor of @joachimfrank's birthday, the #cryoEM community has convened today to celebrate his contributions to science! We're excited to see this lineup of speakers incl. @yifan_ucsf, @TheVillaLab, @NogalesLab, @bcarra2, @JM_Carazo, @Hashemyaser4 & more: https://t.co/JftcmNJTRA
Dear #Ribosome and #CryoEM aficionados, join us for a unique opportunity to attend a symposium organized in honor of the 80+ birthday of Joachim Frank @joachimfrank, an outrageously prestigious line-up of speakers, in NYC, this summer, just before the CSH trans. cont. Meeting!!!!
We are big fans of Cathy Hannes @HelloCancerFri1. Cathy is a cancer survivor, blogger, and one of the most positive people we've met. She is a true inspiration!
NIBR (@NovartisScience) NLRP3 inflammasome inhibitor functions as an intramolecular glue – locking the protein in an inactive conformation https://t.co/DVkIRBiDj1!