Zach Fox (@zachrfox) 's Twitter Profile
Zach Fox

@zachrfox

Developing new tools to integrate models and single cell data. Excited about random processes of all sorts.

ID: 309961986

linkhttp://zachfox.github.io calendar_today02-06-2011 23:46:16

732 Tweet

198 Followers

1,1K Following

Brian Munsky (he/him/his) (@bmunsky) 's Twitter Profile Photo

Please note that our reformulation and use of the 'Fisher' Information Matrix does not condone the unforgivably racist eugencs ideas of R. Fisher We'd love to hear statistics community's suggestions 4 different/better estimators that could now be computed using the FSP approach

PLOS Comp Biol (@ploscompbiol) 's Twitter Profile Photo

In this new article, Bertaux and colleagues provide a useful theoretical tool & a quantitative basis for understanding mechanistically bacterial physiology as a function of external conditions - read it in full here: plos.io/30wU0VK

In this new article, Bertaux and colleagues provide a useful theoretical tool & a quantitative basis for understanding mechanistically bacterial physiology as a function of external conditions - read it in full here: plos.io/30wU0VK
Zach Fox (@zachrfox) 's Twitter Profile Photo

This will be a great opportunity for young scientists looking to dive in to quantitative single cell analysis, from basic python skills to ML and image processing and stochastic modeling.

UQ-bio Summer School (@uq_bio) 's Twitter Profile Photo

#UQBIO21 starts Tuesday, June 1. Six weeks with six hands-on modules to help junior scientists discover single-cell science - starting with image processing and leading to the inference of stochastic models for single-cell gene regulation dynamics. q-bio.org

FranΓ§ois Bertaux (@bertauxfrancois) 's Twitter Profile Photo

New preprint from our group ! Chetan developed a light tunable differentiation system for the creation and control of yeast consortia. Check it out ! biorxiv.org/content/10.110…

Hossein Jashnsaz (@hjashnsaz) 's Twitter Profile Photo

Our paper on building predictive signaling models using time-varying cell stimulations in collaboration with Zach Fox & Brian Munsky (he/him/his) is online in STAR Protocols. #computationalbiology #cellsignaling #predictivemodeling Neuert Lab Vanderbilt School of Medicine Basic Sciences star-protocols.cell.com/protocols/786

Our paper on building predictive signaling models using time-varying cell stimulations in collaboration with <a href="/zachrfox/">Zach Fox</a> &amp; <a href="/BMunsky/">Brian Munsky (he/him/his)</a> is online in <a href="/STARProtocols/">STAR Protocols</a>. 

#computationalbiology #cellsignaling #predictivemodeling 

<a href="/NeuertL/">Neuert Lab</a> 
<a href="/VUBasicSciences/">Vanderbilt School of Medicine Basic Sciences</a>
 star-protocols.cell.com/protocols/786
Mary Dunlop (@dunloplab) 's Twitter Profile Photo

Same genes, stable means, different extremes: many E. coli genes dynamically transition between low- and high-expressing states even in isogenic populations under constant conditions. Our paper is now out at PNAS: pnas.org/doi/10.1073/pn… (1/2)

UQ-bio Summer School (@uq_bio) 's Twitter Profile Photo

Today's the last day to submit a contributed abstract 4 a 15-min talk at the 15th q-bio Conference (June 15-17, Fort Collins, CO, USA). Check out our awesome and diverse organizer and speaker list at q-bio.org/wp/organizers_… Scores of great abstracts have already been received!

Zach Fox (@zachrfox) 's Twitter Profile Photo

Lots of people (twitter: @twitoSebas FranΓ§ois Bertaux Gregory Batt) worked incredibly hard on this project, and I think it turned out well. If you like microscopy, optogenetics, MPC, recomb...check it out. nature.com/articles/s4146… #SynBio #Microscopy #qbio

Zach Fox (@zachrfox) 's Twitter Profile Photo

Really excited to see PressΓ© Lab and Ioannis Sgouralis book in print soon. It will be an excellent hands-on start to data analysis and #bayesian modeling. #ABCsofDataModeling