Thanks for the subtle correction
In any case, I'll ask her about their non-COVID MRSA isolation protocols, as I'm almost positive she said patients known positive even without active infections are still kept on isolation on her floor. If that's correct, I would guess it's because of the number of immunocompromised patients they have and probably try to avoid spreading to others as much as possible.
I know antibioitic resistance is drifting way off topic, but I recall a dinner conversation a number of years back with a good friend of mine. This friend wrapped up a PhD in bioinformatics two years ago and is set to graduate from medical school this spring(and then head off for a post doc at Los Alamos National Lab rather than doing residency). He's a sharp cookie.
That aside, this conversation was early in his medical education but he's a darn good biochemist. He speculated that antiobiotic resistance in bacteria was evolutionary "baggage" that would eventually go away given enough time and lack of exposure to the particular antibiotic or class of antibiotics. He suggested a rotating list by the WHO of "okay" antibiotics to use in a given period of time.
I'm not sure if there's any merit to that or not. At the time I couldn't find anything in literature discussing it one way or another. I floated it past a couple of biochem colleagues who gave responses ranging from "Hmm, interesting idea, I'll think about it" to "No, I don't think so." Those responses were honestly pretty well predictable based on the person I asked and their likelyhood to "think outside the box." I don't have that many biologist contacts to float an idea like that past.
Do you know if that's something that has been observed?