Max Staller (@maxvstaller) 's Twitter Profile
Max Staller

@maxvstaller

PI at the Center for Computational Biology, UC Berkeley. Transcription factors. Rational protein mutagenesis. Experiments. Machine Learning. Simulations.

ID: 155008885

linkhttp://stallerlab.com calendar_today12-06-2010 21:31:38

85 Tweet

917 Followers

241 Following

Max Staller (@maxvstaller) 's Twitter Profile Photo

I am very upset about this Musk takeover of Twitter. I’m going to stop using Twitter for a while in protest. I will miss you all

Max Staller (@maxvstaller) 's Twitter Profile Photo

I have a big tweet backlog: the amazing Lisa Van den Broeck has a super cool preprint about kinases and phosphotases. Collaborating with Lisa is awesome. researchsquare.com/article/rs-220…

Max Staller (@maxvstaller) 's Twitter Profile Photo

I am PUMPED about the new Cohen lab single cell MPRA paper. It's very pretty and it's going to be super useful. Congrats Siqi and Clarice! clarice My lab is excited to try thing this out. nature.com/articles/s4158…

Max Staller (@maxvstaller) 's Twitter Profile Photo

We've been getting some really great vibes about likely funding, so we definitely have space and funds for a postdoc if anyone is looking to study transcription factors or transcription.

Nadav Ahituv (@nadavahituv) 's Twitter Profile Photo

Extremely honored for this. Thanks to my lab, IHG members and staff and so many people at UCSF! Looking forward to advancing the IHG and genetics and genomics research at UCSF!

Max Staller (@maxvstaller) 's Twitter Profile Photo

Another super backlogged tweet: I really enjoyed reading ShihLab 's preprint about activator and repressor TFs in plants. Excited to be collaborating now! biorxiv.org/content/10.110…

Max Staller (@maxvstaller) 's Twitter Profile Photo

I am super excited that to receive a SFARI grant from the Simons Foundation! We are looking forward to characterizing patient mutations in transcriptional activation domains. Totally thrilled!

Max Staller (@maxvstaller) 's Twitter Profile Photo

The first scientific paper from my lab went live on bioRxiv today: biorxiv.org/content/10.110… Transcriptional activation domains have been hard to predict from protein sequence. A phenomenal undergrad figured out why our mechanistic predictor works and how to make it better.

Max Staller (@maxvstaller) 's Twitter Profile Photo

More good news! The first paper from my lab has been accepted at Genetics! Congratulations Sanjana Kotha for your hard work. But we have a biorxiv pre-print, but honestly the paper got a lot better in review. It will be be Open Access, so I will update when it goes live.

Max Staller (@maxvstaller) 's Twitter Profile Photo

Our new paper came out last night in Genetics. We compare models for predicting transcriptional activation domains from protein sequence. academic.oup.com/genetics/advan… UC Berkeley UC Berkeley MCB

Max Staller (@maxvstaller) 's Twitter Profile Photo

Received a Notice of Award from NIGMS for an R35 grant! Thank you NIH! Really excited to study different kinds of transcriptional activation domains! Contact me if you want to join our adventure.🥳

Max Staller (@maxvstaller) 's Twitter Profile Photo

Good news! Our review article, "Commonly asked questions about transcriptional activation domains" is live! Thank you SBarolo for inspiring the format. authors.elsevier.com/sd/article/S09…

PhilipAhern (@philipahern) 's Twitter Profile Photo

We have a postdoc opening in our group at the Cleveland Clinic available to start immediately! The project will focus on how the microbiome impacts oral cholera vaccine responsiveness via immune modulation. Ideally suited to a cellular immunologist (see ad). RTs appreciated!

We have a postdoc opening in our group at the Cleveland Clinic available to start immediately!

The project will focus on how the microbiome impacts oral cholera vaccine responsiveness via immune modulation. Ideally suited to a cellular immunologist (see ad).

RTs appreciated!
Max Staller (@maxvstaller) 's Twitter Profile Photo

Our new preprint went live on biorxiv. We show: 1) conservation of function without conservation of sequence for a transcription factor over 600 million years of evolution. 2) The key​ phenylalanine residues turnover​, moving around. biorxiv.org/content/10.110… also moving to bluesky