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Black Queen Evolution and Trophic Interactions Determine Plasmid Survival after the Disruption of the Conjugation Network

2018

Bacterial antibiotic resistance is often a part of mobile genetic elements that move from one bacterium to another. By interfering with the horizontal movement and the maintenance of these elements, it is possible to remove the resistance from the population. Here, we show that a so-called plasmid-dependent bacteriophage causes the initially resistant bacterial population to become susceptible to antibiotics. However, this effect is efficiently countered when the system also contains a predator that feeds on bacteria. Moreover, when the environment contains antibiotics, the survival of resistance is dependent on the resistance mechanism. When bacteria can help their contemporaries to degrad…

trophic levelsantibiotic resistanceevoluutiospreadEcological and Evolutionary Sciencedependent phagesEditor's PickMicrobiologyQR1-502saalistusbakteeritstrainsplasmiditprotozoacoevolutionpredationhorisontaalinen geeninsiirtobacteria1183 Plant biology microbiology virologyBlack Queen evolutionResearch Articleantibioottiresistenssiconjugation
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