@parenpatel.bsky.social
NanoTemper | Biophysics enthusiast | Grandpa | 🥼 | Talks about #GPCR #Membrane Proteins #mAbs | ♫ | 🍺 | 🎱 | 🌶️ and 🏎️🏁
June 20, 2025 at 7:16 PM
Thank you @gwendolynawu.bsky.social What a breath of fresh air :)
February 20, 2025 at 8:45 PM
Thank you @gwendolynawu.bsky.social What a breath of fresh air :)
@jchodera.bsky.social
IF you were able to generate 1536 data points for in-solution binding affinity in <10 minutes, what would be the impact on "fine tuning" of biomolecular simulation models?? :)
IF you were able to generate 1536 data points for in-solution binding affinity in <10 minutes, what would be the impact on "fine tuning" of biomolecular simulation models?? :)
February 20, 2025 at 8:34 PM
@jchodera.bsky.social
IF you were able to generate 1536 data points for in-solution binding affinity in <10 minutes, what would be the impact on "fine tuning" of biomolecular simulation models?? :)
IF you were able to generate 1536 data points for in-solution binding affinity in <10 minutes, what would be the impact on "fine tuning" of biomolecular simulation models?? :)
Reposted
During revisions, we've added lots of exciting new data, so be sure to check out the paper! Most importantly, we now demonstrate that Elongator regulates polyglutamylation levels of spindle microtubules, both in cells and in vivo.
January 17, 2025 at 9:46 AM
During revisions, we've added lots of exciting new data, so be sure to check out the paper! Most importantly, we now demonstrate that Elongator regulates polyglutamylation levels of spindle microtubules, both in cells and in vivo.