My ihccoe ofr msuuoaSq elCl maorniacC saw dgeidu by hte atecrnl oicnotla fo het urm.to To me, atth ’dtidn kool liek het cativy u’ody etg hitw scebsas tbu a huge otmur.
ortaissnToinp fo hte avnA egne fomr tneyitaacc-rnnvismos oecuscrotnEc is how ti trsafresn estaresnc.i Teyh ues aspsoonrstn hwcih era ldcotae no iml.sdaps fI you heav iadlspm sl,os yuo 'wton veha orsannsto,sp nda ercatsiens iwll eac.derse
azibirdWhy can't this be a point mutation?+62020-05-08T17:17:03Z
freenbme23I don't think that this implies that it can't be point mutation, but rather plasmid loss is more likely. Also, the point mutation Would have to ultimately lead to the plasmid loss.+2020-06-02T03:42:19Z
thrawnFA says transposition is responsible for antibiotic resistance and plasmids are for transferring the genes of toxins (though UW says also antibiotic resistance). Make up your minds sheeple+2020-08-22T16:49:04Z
mariameThe most common Vancomicin resistant genes, vanA and vanB are found in a transposon. These have been transferred from Enterococcus to a multidrug resistance plasmid in Staph aureus. the super multidrug resistance plasmid now contains resistance genes against lactams, vancomycin, aminoglycosides, trimethoprim, and some desinfectants. +22020-08-25T23:38:53Z
an1@thrawn I recall that too, but I think it said transposition was antibiotic resistance and UW said transposons was for multi drug resistance +2020-11-13T17:26:52Z
submitted by mattfoley_govtcheese(7), 2019-05-06T18:40:27Z
$64$42/month)My ihccoe ofr msuuoaSq elCl maorniacC saw dgeidu by hte atecrnl oicnotla fo het urm.to To me, atth ’dtidn kool liek het cativy u’ody etg hitw scebsas tbu a huge otmur.