
PseudomonasConference
@pseudomonasc
Official Twitter page for the Biennial Pseudomonas Conference / Tweets by @MarkSilby & @PabloINik
ID: 1134217126728949766
https://pseudomonasconference.com/ 30-05-2019 21:56:50
188 Tweet
279 Followers
29 Following

Session 13 (Genomics and Gene Regulation II, chaired by Marvin Whiteley & @sdmcd) begins with Michael Schurr (The University of Colorado School of Medicine) on P. #aeruginosa AlgZ (FimS) AlgR two-component system controlling transcription in response to redox signals

Rita Hōrak from U of Tartu ellaborates on toxin/anti-toxin systems of P. #putida #Pseudomonas2019 Microbiology Society ASM @SfAMtweets FEMS Microbiol Lett

We now continue with Scott Rice (Singapore) on filamentous phage superinfections in P. #aeruginosa #Pseudomonas2019 Microbiology Society ASM @SfAMtweets FEMS Microbiol Lett

Inspiring contribution by @winstanley_c PseudomonasConference #Pseudomonas2019 on AMR carrying megaplasmids in isolates of #pseudomonas #aeruginosa - intreaguing connect pBT2436 plasmids group and #putida pSY153 ...

Last speaker of the session (and the conference!) is Filip Kovacic (Jülich) multi-omic analysis of the role of phospholipase A in P. #aeruginosa #Pseudomonas2019 Microbiology Society ASM @SfAMtweets FEMS Microbiol Lett

Filip Kovacic is finishing the last session of #Pseudomonas2019 by talking about #phospholipases as bacterial #virulence and host response mediators in P. aeruginosa. PseudomonasConference ASM FEMS Microbiol Lett Microbiology Society #JMedMicro

Rita Horak elaborating on recent partial characterization of #putida GraTA toxin-antitoxin system - unusual TA family member, intreaguing questions still to solve #Pseudomonas2019 PseudomonasConference nature.com/articles/s4146…

And the next edition of PseudomonasConference will be in #Atlanta in 2021, chaired by Joanna Goldberg & Marvin Whiteley!!!








Time lapse video shows Pseudomonas’ aggressive response to the presence of Staph aureus. The eLife - the journal study by Dominique Limoli’s University of Iowa team could lead to new approaches for antimicrobial therapies bit.ly/2QjZw9J