Finally out! We found that quorum sensing and adenosine DNA methylation act as two antagonistic systems, independently controlling phase variation in B. ambifaria. This discovery opens the door to a new aspect of bacterial adaptation.
https://t.co/WpkTzyMTMm
When asked to draw a scientist, school-age kids in the United States are increasingly sketching women, according to a study from 2018.
Read more on #STEMSTEAMDay: https://t.co/xtOAX8sof0
Excited to post or latest study on polymicrobial interactions in a CF model community. The study from Bassam el Hafi and @FabriceJPierre highlight the complex back-and-forth that allows Prevotella grow with help from P. aeruginosa.
https://t.co/zYItgowGqS
@DartCF
Excited to share our new preprint on Burkholderia phase variation, started in @DezielEric's lab in 2019 and continued in two labs (@tstinear, @AIMI_UTS)! Huge thanks to @MarieCGroleau, co-authors, and Eric for his support. Looking forward to the next steps! #Burkholderia
Working on some more community love on this gentle Sunday by writing a tutorial on how I use https://t.co/Jy8EBkVLfT to generate reliable primers for both detection and cloning. Please RT and share with your students! Enjoy! 💚
https://t.co/U8QSdi4MNV
I am looking to recruit a Ph.D. trainee that will be working on the impact of microbial interactions on antimicrobial resistance/tolerance.
More details below:
https://t.co/G7ZJVpQ8Vm
Please share!
New preprint from the lab! @d_oliveirathays noticed that activity of the Pseudomonas aeruginosa quorum sensing regulator RhlR is higher at 25°C than at 37°C, and found indications that such a lower temperature promotes its affinity for its C4-HSL ligand https://t.co/cUMecuU7NE