BEELab_IISc's profile picture. A bunch of Bacterial Ecology and Evolution enthusiasts | Myxococcus xanthus | Prey-predator dynamics | Life-history evolution | Antibiotic resistance in nature

BEE-Lab

@BEELab_IISc

A bunch of Bacterial Ecology and Evolution enthusiasts | Myxococcus xanthus | Prey-predator dynamics | Life-history evolution | Antibiotic resistance in nature

BEE-Lab 已轉發

I am very excited to announce that a fully funded PhD position is available in my group: Topic: Metabolic trade-offs and regulatory changes as drivers of metabolic cross-feeding interactions in microbial communities Deadline: 28.07.22 More info: shorturl.at/jmMP5

KostChristian's tweet image. I am very excited to announce that a fully funded PhD position is available in my group:

Topic: 
Metabolic trade-offs and regulatory changes as drivers of metabolic cross-feeding interactions in microbial communities

Deadline: 28.07.22

More info: shorturl.at/jmMP5

BEE-Lab 已轉發

Today, @SaheliS95 from @BEELab_IISc visited us @UniOsnabrueck to give a great talk about predator-prey coevolution. This is amazing work Saheli. Thanks for your visit and keep up the good work. Looking forward to seeing this interesting work published.

KostChristian's tweet image. Today, @SaheliS95 from @BEELab_IISc visited us @UniOsnabrueck to give a great talk about predator-prey coevolution. This is amazing work Saheli. Thanks for your visit and keep up the good work. Looking forward to seeing this interesting work published.
KostChristian's tweet image. Today, @SaheliS95 from @BEELab_IISc visited us @UniOsnabrueck to give a great talk about predator-prey coevolution. This is amazing work Saheli. Thanks for your visit and keep up the good work. Looking forward to seeing this interesting work published.

BEE-Lab 已轉發

Today we will have @SaheliS95 from @BEELab_IISc talking about her work on coevolving bacterial predator-prey communities at #MEEmeeting. Look forward to inputs from all at the workshop. @Siderophile @EvolvedBiofilm @nonresidentdesi @TanushJagdish


BEE-Lab 已轉發

Special issue alert! @SWielgoss and I are editing a special issue in the @Genes_MDPI. The theme of this special issue will be "Genetic basis of sociality in diverse microbial communities". Contributions from theory, field and experimental data are welcome mdpi.com/journal/genes/…


BEE-Lab 已轉發

It's always nice to revisit the classics. Looking forward to going back to the basics with the Luria Delbruck paper in our journal club, tomorrow! @BEELab_IISc @iamsamayp


Looking forward to discussing this paper: pnas.org/content/119/6/… in today's lab meeting!


BEE-Lab 已轉發

@BEELab_IISc do not miss this opportunity. @bkoskella ‘s work on host-pathogen interactions, microbiomes is inspiring!

For our last #MiCoCo for the winter semester @bkoskella from the Department of Integrative Biology, University of California, Berkeley USA will talk about "Friends, Foes, and Phages in the Phyllosphere". 🗓️Feb 9 🕓4 pm ➡️jsmc-phd.de/event-calendar…

JSMC_Info's tweet image. For our last #MiCoCo for the winter semester @bkoskella from the Department of Integrative Biology, University of California, Berkeley USA will talk about "Friends, Foes, and Phages in the Phyllosphere".
🗓️Feb 9 🕓4 pm
➡️jsmc-phd.de/event-calendar…


BEE-Lab 已轉發

Genomic structure predicts metabolite dynamics in microbial communities -in @CellCellPress cell.com/cell/fulltext/…

EvolvedBiofilm's tweet image. Genomic structure predicts metabolite dynamics in microbial communities

-in @CellCellPress 

cell.com/cell/fulltext/…

Looking forward to the first lab meetings of the year, with a journal club, followed by a work presentation! @iamsamayp


Nature works in (not so) mysterious ways! Emergence of drug resistance due to interacting producers and bacteria in S. aureus. nature.com/articles/s4158…


BEE-Lab 已轉發

Surveys reveal the challenges scientists faced at work in 2021 nature.com/articles/d4158…


WIshing everyone a happy, healthy, and succesful 2022, from all of us at the BEE lab! Lots of cool stuff from our lab in the pipeline for this year @iamsamayp


BEE-Lab 已轉發

A Science analysis of the cryogenic electron microscopy structures of the full-length spike trimers of the Delta, Kappa and Gamma variants of #SARSCoV2 has identified properties that might account for the Delta variant's heightened transmissibility. fcld.ly/smt9z4g

ScienceMagazine's tweet image. A Science analysis of the cryogenic electron microscopy structures of the full-length spike trimers of the Delta, Kappa and Gamma variants of #SARSCoV2 has identified properties that might account for the Delta variant's heightened transmissibility. fcld.ly/smt9z4g

BEE-Lab 已轉發

Finally out! Hopefully the first of many others on microbial evo-devo. Social selection within aggregative multicellular development drives morphological evolution | Proceedings of the Royal Society B: royalsocietypublishing.org/doi/10.1098/rs…


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