MichaelMcMurraylab (@mcmurraylab) 's Twitter Profile
MichaelMcMurraylab

@mcmurraylab

@mcmurraylab.bsky.social
Official account of Michael McMurray’s lab in the Dept. Cell and Developmental Biology

ID: 1013480911034126336

calendar_today01-07-2018 17:54:13

2,2K Tweet

926 Followers

571 Following

MichaelMcMurraylab (@mcmurraylab) 's Twitter Profile Photo

Just submitted my 26th manuscript peer review of 2024. That's one every <10 days. I think I am going to take a little break now...

MichaelMcMurraylab (@mcmurraylab) 's Twitter Profile Photo

I was reminded that most proteasomes reside in the nucleus and I was like, "How did I forget that?" and then I was like, "Because it's basically never shown in any figure about the proteasome"! Are cytoplasmic proteasome substrates imported into the nucleus for degradation? 🧐

Feral Heather (@feralheather) 's Twitter Profile Photo

I was an ableist asshole when I first became a teacher. Because that’s what I was taught! In my defense, academic institutions told me a strict attendance policy was required. What changed my perspective & my assessment criteria? Disabled students 🧵

Frydman Lab (@frydmanlab) 's Twitter Profile Photo

1. Check out our MS just out! Amazing Mauricio Aguilar developed a new ML pipeline that identifies ribosome pausing sites as an Anomaly Detection problem to overcome spurious signals that arise when analyzing RiboSeq data. science.org/doi/10.1126/sc…

Razvan Borza (@rborza_) 's Twitter Profile Photo

🚨 Great alternatives to BioRender are now available!! 📢 NIAID News offers a collection of public figures and icons for everyone to use. Check it out at bioart.niaid.nih.gov

🚨 Great alternatives to BioRender are now available!!

📢 <a href="/NIAIDNews/">NIAID News</a> offers a collection of public figures and icons for everyone to use. Check it out at bioart.niaid.nih.gov
MichaelMcMurraylab (@mcmurraylab) 's Twitter Profile Photo

A trove of insights! I found an ArgPro dicodon exactly where we’d predict to drive pausing in Cdc12, the septin we think is slowly translated, in a loop where the α2 helix would be exiting the ribosome & closing the α-β sandwich where other Frydman lab data showed chaperones bind

MichaelMcMurraylab (@mcmurraylab) 's Twitter Profile Photo

Sadly, your email does NOT find me "impelled by a fervent scientific curiosity in the field of Plant Biology" hence I'm afraid I will not "avail this opportunity to share [my] scientific excellences" but I salute your farraginous lexicon 😄😄 (no disrespect to plant biologists)

José Vargas-Muñiz, Ph.D. (@mycorican) 's Twitter Profile Photo

We are still recruiting postdoctoral fellows! We are looking for individuals interested in human pathogens and their response to antifungals. An NIH R01 fully funds this project. This project involves genetic, cell biology, microscopy, and proteomics approaches! Please RT 🙏🏽

Chris Hsiung 熊 (Recruiting Postdocs!) (@hsiung_chris) 's Twitter Profile Photo

My lab at UCSF (hsiunglab.org) is looking to recruit multiple postdocs across the spectrum of wet/dry lab interests to contribute to our research in synthetic gene regulation, combinatorial genetics, and tissue biology (including liver biology and immuno-oncology). We

My lab at UCSF (hsiunglab.org) is looking to recruit multiple postdocs across the spectrum of wet/dry lab interests to contribute to our research in synthetic gene regulation, combinatorial genetics, and tissue biology (including liver biology and immuno-oncology). We
Frydman Lab (@frydmanlab) 's Twitter Profile Photo

Check out our MS describing the in vivo cycle of chaperonin TRiC/CCT, in a wonderful collaboration with Martin Beck's lab: nature.com/articles/s4158… 1) The study established TRiC's important function in folding newly translated proteins and defines its ATP-driven cycle