Exposed; that’s what we are. We, Dutch clinical microbiologists. Globally acknowledged for our capacity to control antibiotic resistance, prevent hospital-acquired infections (HAI) and practice the most rational and restrictive antibiotic policies. That we are self-confident, loud and arrogant is taken for granted, as most do with Christiano Ronaldo. But it is with great sadness that I have to announce that it was all FAKE. The balloon was pricked by professor Marcel Levi. Continue reading
At last weeks’ ICPIC I crossed arguments with John Rossen on the question whether RT-WGS helps us to control the spread of resistant bacteria. The setting is the hospital and the definition of RT is “in time to guide essential decision making”. Is RT-WGS a “need-to-have” or a “nice-to-have” thing? Continue reading
I’ve had an enjoyable time at ICPIC. Sessions (abstracts here) have been great, speakers excellent, meeting well-organised but one session rattled my cage. Point prevalence surveys (PPS) and their value was an interesting session, however at the end of it I was wondering whether this was ‘Surveillance in action’ or ‘Surveillance inaction’. Continue reading
Last weeks’ blog from Jon Otter on the practice of CPE screening and isolation raised some interesting comments (on twitter) emphasizing the difficulties in policy making for infection control. The two comments that struck me were: (1) … screening for CPE sounds logical “but does it work in long-term care facilities with high-levels of endemicity?” And “I use it in my hospital, but face difficulties in convincing others because of lacking scientific evidence for CPE.” Continue reading
I heard an interesting talk by Dr Michael Miller last week on the ethics of screening for MDROs. Whilst we need to think carefully about the ethics of all medical procedures (great and small), I think the benefits to the individual and the population generally outweigh downsides for MDRO screening programmes.
A new paper by Hopman and colleagues (Andreas is also another author but is being modest) has evaluated the effect of removing sinks from the ICU. The trigger for this intervention was an outbreak caused by an ESBL-Enterobacter that could be related to contaminated sinks. The study looked at what happens if you remove all water sources from the ICU, and all water-related activities were migrated to a tap water-free solution. Continue reading