Dispersal and transmission can play an important role in microbial community assembly, dynamics and function. Want to know more? See our new @FrontMicrobiol Research Topic e-book https://t.co/iVrpI4XavV
Guest editors include @kylemmeyer1, Z Wei, @posybusby, S Lindow and @DrMicrob
How can associating with hosts lead to the broadening rather than the narrowing of microbial niches?
Check our new opinion piece in @Trends_Ecol_Evo !
https://t.co/OWv8VezclQ
@UBCBotany@IRBV_Montreal
Our theoretical work on the artificial selection of microbial communities is published on Nature Communications. Congrats, Li Xie! https://t.co/znv4aG2Fwo
A new study from our group: E. coli protects against Salmonella infection by cooperating with other microbes! Great team effort led by Claudia Eberl in collaboration with @AnnaSophieWeiss @KarinKleigrewe and many others! @crc1371@DZIF_@LMU_Muenchen
https://t.co/MMyUPPVcIn
Very nice review on the “Ecology and evolution of model microbial mutualisms” by @JeremyMChacon, @s_hammarlund, J. Martinson, @SmithLeno and @HarcombeLab ! https://t.co/tfQdeCkZwZ
The macroevolutionary consequences of niche construction in microbial metabolism. A perspective written by @metaboli3am in collaboration with @mrebolleda and @marmmunoz. Advancing some ideas we’re all currently exploring in more depth together.
https://t.co/CyJaDn1x8Z
Nice, short conceptual preprint by @Hammerschmidt_K and @Caroline_J_Rose on what the word 'multicellular' means, and how to appropriately differentiate between multicellular groups, individuals, and organisms. https://t.co/IZiWW8YUId
Do you work on dispersal and transmission in microbes? Submit your research to our new #Research Topic hosted by @FrontMicrobiol
🗓️Abstracts: 15th June 2021, Manuscripts: 30th November 2021
https://t.co/dubqRDey9z
New cool study out on #coral#probiotics 🦠🧫led by @annar01k in @MicrobiomeJ@bmmo_network@GEOMAR_en @HIFMB_OL
Congratulations!
Check it out: ‘Towards enhancing coral heat tolerance: a “microbiome transplantation” treatment using inoculations of homogenized coral tissues’
Können uns Bakterien helfen, Plastik abzubauen? Kieler ForscherInnen schlagen jetzt einen neuen Ansatz vor, die Suche nach entsprechenden Bakterien schneller und den Plastikabbau effektiver zu gestalten: https://t.co/VnZkRqKGRB @ute_hentschel@Hammerschmidt_K@kieluni
Super excited to share my first first author pre-print 🤩 We studied how resource partitioning facilitates the coexistence of closely related 🐝 gut bacteria...both in vivo and in vitro😎! Thanks to all the collaborators! 🤝
https://t.co/LhxyceB4yV
Our review on using Directed Evolution to engineer microbial communities is out! We briefly summarize the history of this field and present our ideas for how microbial consortia may be engineered from the top-down using artificial selection. https://t.co/e6WDFzJPoe
Why did cyanobacteria become multicellular?Reconstructing evolutionary trait emergence infers the tradeoff between N2 fixation & photosynthesis as main driver. Collaboration with G Landan, F Tria, J Alcorta & @DaganLab. Thanks @MSCActions, @DAAD_Germany
https://t.co/r2NKjngSFr
The Community Simulator: A Python package for microbial ecology.
A great package built by Bobby Marsland et al to simulate consumer-resource interactions with cross-feeding in large communities. Terrific as a teaching tool, and for research as well!
https://t.co/eSljk1GOGi
The advantages of flexibility in partner fidelity: Check out our newest preprint on the gutless worm symbiosis with @Yui_Sato1 @Manuel_Kleiner @rebecca_ansorge @GruberVodicka
https://t.co/R8AUq3kMHi