"Agrichemicals and antibiotics in combination increase antibiotic resistance evolution"
Experiments were conducted to test if the rate of #AntibioticResistance evolution was able to increase without an increase of herbicide and antibiotic
#CUinTheLab
https://t.co/9xSRYQp8VO
@nicgaston @Olivefarmer @tmurphyNZ @SiouxsieW 2nd manifestation is poorly understood. When a primary agent somehow increases susceptibility to a second agent (eg, clinical antibiotic), the effect is to reduce the concentration at which the antibiotic becomes relevant for selecting resistance. https://t.co/GMbP3IJGpf
4/n
Agrichemicals and antibiotics in combination increase antibiotic resistance evolution' a été publié en ligne dans la revue PeerJ le 12 octobre et peut être téléchargé gratuitement ici : https://t.co/OuiDuRHFKW https://t.co/b5AlwAxEk5
ANTIBIOTICO RESISTENZA GRANDEMENTE FACILITATA DAI PESTICIDI. :O
Questo studio ha scoperto che alcuni dei più diffusi pesticidi al mondo, #Roundup (glifosato) & Kamba (dicamba) entrambi utilizzati su colture OGMtransgeniche di semi... https://t.co/MosjRDZciO
ANTIBIOTICO RESISTENZA GRANDEMENTE FACILITATA DAI PESTICIDI.
Questo studio ha scoperto che alcuni dei più diffusi pesticidi al mondo, #Roundup (glifosato) & Kamba (dicamba) entrambi utilizzati su colture OGMtransgeniche di semi ingegnerizzati... https://t.co/hD537JF2QQ
@ThoBaSwe Here’s one issue to start with. “Agrichemicals and antibiotics in combination increase antibiotic resistance evolution” https://t.co/NWtYrz7fKj @Jack_Heinemann
One of our most viewed PeerJ articles of 2018 in our Microbiology Section::
Agrichemicals and antibiotics in combination increase antibiotic resistance evolution https://t.co/4IiqfnnPns
More on the PeerJ blog: https://t.co/gSOgoVWWAH https://t.co/AePz82jzKm
@GlenHerud @duncanyzf20 @MarkBryanNZ @dairymanNZ This is what @duncanyzf20 is referring to (all open access):
https://t.co/gxPD6Ef0M3
https://t.co/K6B1V5SY3M
https://t.co/GMbP3IJGpf