Speaker
um But ah we asked about... um empiric antierobic coverage And there's really like emerging data showing that for patients with like a very low likelihood of an anaerobic infection. So for example, lung infection or a urinary tract infection, it's very unlikely that those sites of infection are going to be caused by an anaerobic pathogen. And in those instances, treatment with empiric anaerobic coverage is associated with worse outcomes, right? So like increased mortality, and this is really thought to be mediated by um disruption and depletion to the healthy gut microbiome. That's like an incredibly important, essentially, organ and is important for um resisting infection. And this is, you know, there's also like a wealth of preclinical evidence that also kind of supports what's also been observed. in in in human patients So we now have these paired statements, a conditional recommendation to avoid empiric anaerobic coverage in patients with a low risk of anaerobic infection, and then to include anaerobic coverage in patients at high risk. So this means like... If it's a lung infection, if it's a urinary tract infection, avoid anaerobic coverage where possible. By contrast, you know if it's intra-abdominal infection or a necrotizing infection or this deep-seated gynecological or obstetric infection, you would want to cover for anaerobic pathogens. and And when you think about implementing this recommendation, it's not only about like, oh, gosh, well, should I add something like, you know, metronizol or clindamycin, these things that are prescribed very specifically for their anaerobic coverage. It's really also about trying to be mindful for the gram-negative coverage that we're prescribing because there's huge differences in cross-antibiotics prescribed per gram-negatives in terms of whether they also come part and parcel with anti-anaerobic coverage. So for example, peperacillin, tezobactam, you know, has, you know, very strong coverage against anaerobes where, you know, cefepime,