For good measure, let's close out this thread w/ a few papers in antibiotics Hansen et. al. in Plos Bio, experimental & theoretical evidence that maintaining large sensitive populations can extend time to escape https://t.co/Oq82s2vqYV https://t.co/I
RT @ara_anderson: Kevin begins by discussing his @PLOSBiology paper with Elsa Hansen and Andrew Read https://t.co/r4HwR0DaD2 https://t.co/g…
Kevin begins by discussing his @PLOSBiology paper with Elsa Hansen and Andrew Read https://t.co/r4HwR0DaD2 https://t.co/gvos7PXQWF
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @mathoncbro: She mentions her PLOS Bio paper -- can we do these same types of experiments to quantify the effect of sensitive cells in c…
Also in collaboration with Jason Karslake (recent @UMBiophys PhD) and Bob Woods (@The_Woods_Lab). I hesitate to add Bob here, because to the extent people think Bob and I are the same person....well, that's good for me.
She mentions her PLOS Bio paper -- can we do these same types of experiments to quantify the effect of sensitive cells in cancer? #CATMo2020 Here's the paper: https://t.co/Oq82s2uT9n https://t.co/FMfJuWaTn2
RT @ara_anderson: Elsa now discusses her recent paper in @PLOSBiology with Andrew Read and @KevinWoodUM https://t.co/r4HwR0lzLu https://t…
RT @ara_anderson: Elsa now discusses her recent paper in @PLOSBiology with Andrew Read and @KevinWoodUM https://t.co/r4HwR0lzLu https://t…
Elsa now discusses her recent paper in @PLOSBiology with Andrew Read and @KevinWoodUM https://t.co/r4HwR0lzLu https://t.co/hTSKMMOaD4
At #CATMo2020, Elsa Hansen describes her recent study published in @PLOSBiology, using antibiotics to contain drug-resistant bacteria: https://t.co/pockHEiFhe
For a sneak peak check out this thought-provoking paper by Assistant Professor Elsa Hansen and co-authors https://t.co/r7ejMMhNqi
And in general, we argue that further studies are needed to examine how background affects fitness costs because this phenomenon might inform treatment strategies. See related and wonderful work by Elsa Hansen, @KevinWoodUM, and @The_Woods_Lab here: http
RT @svetlana_up: Listening a new episode of Microbiology Lab Pod: https://t.co/Np4PMUPH9q @bengtssonpalme's lab discusses: *effects of tem…
RT @svetlana_up: Listening a new episode of Microbiology Lab Pod: https://t.co/Np4PMUPH9q @bengtssonpalme's lab discusses: *effects of tem…
Listening a new episode of Microbiology Lab Pod: https://t.co/Np4PMUPH9q @bengtssonpalme's lab discusses: *effects of temp & invasion on model microbial communities *latest (by June) covid19 papers *lung microbiome in CF *"less is more" in AMR selecti
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @The_Woods_Lab: Delighted to see this one out! What a fantastic team! Congratulations everyone!
Delighted to see this one out! What a fantastic team! Congratulations everyone!
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
Antibiotics can be used to contain drug-resistant bacteria by maintaining sufficiently large sensitive populations https://t.co/bWTtnTN71P
#PLOSBiology: Antibiotics can be used to contain drug-resistant bacteria by maintaining sufficiently large se ... https://t.co/tzazQ7v0e1
It's so simple! It's brilliant!
RT @HelenKAlexander: Great paper (I read the preprint)
RT @HelenKAlexander: Great paper (I read the preprint)
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
#TBrecentpublication @PLOSBiology #PLOSBiology: Antibiotics can be used to contain drug-resistant bacteria by maintaining sufficiently large se ... https://t.co/iWk72zDBXL
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @HelenKAlexander: Great paper (I read the preprint)
Great paper (I read the preprint)
RT @FHIClinical: Read this @plosbiology research article to learn how antibiotics can be used to contain drug-resistant bacteria by maintai…
Read this @plosbiology research article to learn how antibiotics can be used to contain drug-resistant bacteria by maintaining sufficiently large sensitive populations. https://t.co/e7gNbNgPIu
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
mark.short lifespan strain
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBiophys show that adding #antibiotic-susceptible cells to resistant populations can slow growth in presence of antibiotics #PLOSBiology
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBiophys show that adding #antibiotic-susceptible cells to resistant populations can slow growth in presence of antibiotics #PLOSBiology
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
RT @PLOSBiology: Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBioph…
Controlling bacteria by containment (max tolerable number of pathogens, exploiting competition): @KevinWoodUM &co @UMBiophys show that adding #antibiotic-susceptible cells to resistant populations can slow growth in presence of antibiotics #PLOSBiology
Even ies anders dan covid-19 https://t.co/i6IUsFvxdo
Antibiotics can be used to contain drug-resistant bacteria by maintaining sufficiently large sensitive populations https://t.co/gvio6lnXlH
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
Interesting study pitting drug-sensitive against drug-resistant cells to slow expansion of drug-resistant pop. Useful in scenarios e.g. where resistance is already present. Study shows surprisingly strong effect of competition. https://t.co/G2KuiIFO0i http
Congrats all! Great to see this out!
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
PB/M/ Antibiotics can be used to contain drug-resistant bacteria by maintaining sufficiently large sensitive populations. https://t.co/wqqxDkBFdN
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
RT @KevinWoodUM: Happy to see this one out @PLOSBiology. We slowed down drug-resistant bacteria with...sensitive bacteria! Fun collaborati…
Cool collaborative work from the Wood lab!