Unpredictability of the fitness effects of antimicrobial resistance mutations across environments in Escherichia coli https://t.co/86fTwnIhIA #biorxiv_evobio
My new paper w/@ReesKassen is now available on the Just Accepted page at @ASNAmNat!
This project was was filled with striking results and, we think, we hope, opens the door to many future projects and applications, so please give it a read! (1/n)
https://t.co/4cOcGlNmWl
Peer-reviewed version in @NatureComms of our (@yashraj_chavhan@SutirthDey)
paper on experimental evolution of bacterial multicellularity by genetic assimilation of phenotypically plastic cell clustering https://t.co/inqo9U8nAk Don't miss the new supplementary movies!
@oanacarja Thank you so much for sharing our work! There is a revised version of the same MS on Biorxiv if you are interested in the later developments. @ReesKassen @BiophysicsFL
The effect of migration and variation on populations of Escherichia coli adapting to complex fluctuating environments https://t.co/3XcymHDWSZ #biorxiv_evobio
The OCIB Symposium is back!! With a fresh look, we're excited to announce that there will be a symposium held this year! Stay tuned for details 👀 #OCIB2022#Biology
This special section of GBE is out! A really nice collection of papers on the phenotypic effects of synonymous mutations, including our review on the fitness effects synonymous substitutions in microbial evolution experiments. @ReesKassen https://t.co/h1tU6ZjERr
First chapter of my Ph.D. is now online! With experimental evolution and agent-based simulations we show network topology of metapopulation can influence adaptive evolution. Comments and feedbacks are most welcome.
So excited our paper with @ReesKassen and @ppc_bio
is now live on #biorxiv! Thanks to the @FulbrightPrgrm and @FulbrightCanada for helping enable this wonderful collaboration!
https://t.co/3rMnOvjFXu
Looking forward to presenting at the #COVIDdynamics virtual conference tomorrow about work done with
Angela Alonso, @ReesKassen, @ThomasBataillon on the contribution of mutation and selection to parallel evolution in the circulating lineages of SARS-CoV-2.
The ISME Early Career Scientist Committee and the MicroSeminar are providing a platform for open, publicly available talks during this virus lockdown! Presenters submit your talks now! (priority to early-career) #ECSC Let's go viral! https://t.co/uHWRfyHpL8