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An #optogenetics model in mice suggests microbial metabolite propionate triggers #TuftCells in the gallbladder to mediate mucus secretion and smooth muscle contractions. https://t.co/tpiGU239UZ
Salmonella versus the Microbiome: habitat filters are defined and how they determine the range of successful traits within the microbial community is explained: https://t.co/Xxqjunhe4g @ASMicrobiology #MMBRJournal @abaumler @TsolisRenee
Just one week to go until our free sci-art event at @CdfScienceFest! 🦠🎨
Visit @chaptertweets to see our antimicrobial resistance themed art exhibition 19-22 Feb and attend the #resistancethefilm screening 20 Feb.
Details and booking info: https://t.co/FBxV2B8NLh
As part of @CdfScienceFest 2022 we're running a free antimicrobial resistance themed film screening and art exhibition @chaptertweets 🦠🧫🎨📽️
Find out more here: https://t.co/ThsEBDEb1V
Book #ResistanceTheFilm tickets here: https://t.co/plko7hRr1W
#AMR #cardiffartlab2022
April - an oral encapsulated microbial ecosystem therapeutic for recurrent C difficile infection, by Dina Kao and colleagues
https://t.co/qO0rrM69yD
#Cdiff #microbiome #microbiota #gitwitter
#ArtAdventCalendar day 15, Christmas phage. Bacteriophages could help patients with bacterial infections, including secondary infections and help reduce problems of antimicrobial resistance #AMR #SciArt #Phage
Collaborative work from the @BFEichman lab and @bogerlab reveals a structural and mechanistic basis for the self-resistance of microbial DNA glycosylases to their cognate natural products @VUBasicSciences
https://t.co/cSz4X4d12m
On the other hand, @neilhimself, it may be my microbes talking/writing. After all, there are more microbial cells in and on me than human cells. My artist friend @Blackmudpuppy put it best. #MicrobialCollective
Wishing you a happy #Thanksgiving from the microbial level! #biology #scicomm #sciencetwitter
In contrast, #antibiotics became easy to synthesise at a huge scale, they were the same each time, were broad spectrum, and worked reliably. Why bother with #phage? #AntimicrobialResistance
I had the honour to work on some medical illustrations for the World Health Organization earlier this year! These are are a part of an upcoming handbook for antimicrobial guidelines for treating common infectious syndromes.
It’s #SecretSerratia time again! Sign up for a merry microbial gift swap!
https://t.co/BdBZeJ7GAe
Our third #PDB50structures is the most prevalent in the PDB archive. There are over 1000 structures of Lysozyme, an antimicrobial enzyme, in the PDB archive. View all the structures of chicken Lysozyme at #PDBeKB: https://t.co/77Hp4cIHQy
#Microber2021 Day 21- Plasmid. These rings of DNA are often shared among bacteria, and are a major contributor to the spread of antimicrobial resistance! Hence, one plasmid to resist them all... #sciart #sciartober #microbiology
Texting my friend with a masters in English; I haven’t written a paper in forever, how’s this title sound, “Antimicrobial Peptides and Related Alternatives to Antibiotics Against MDROs Review”
her: SEXY
me:
DAY 9 // NICHE
I’ll admit this was a hard one, but what better ecological/microbial niche than roots? 🌱
A symbiosis where Rhizobium colonise legume root nodules, producing ammonium to be used by the plant #Microber2021 #sciart #niche
There is something so nice about the rainbow colors@and stamping :) and Phages love it too 😉
#Microber2021 prompt: phage
#inktober2021
#scienceart #microbialliteracy
Non-biodegradable objects may boost microbial growth in water bodies by harnessing bubbles: https://t.co/r0sKL5jkIC #RSOS #OpenAccess #biomechanics #biophysics