Last year (Jan 17, 2017) I blogged on an excellent pragmatic cluster-randomized crossover study in which 4 patient room cleaning strategies were tested for their effectiveness to reduce acquisition of bacterial carriage for the incoming patients. The authors’ conclusion was that “enhanced terminal room disinfection decreases the risk of pathogen acquisition”, which I interpreted as “Not for C. diff, may be for MRSA and yes for VRE.” Now the same group published the effects of these interventions on infection/colonization with these pathogens in ALL patients admitted to the hospital during the study period, see. Authors’ conclusion this time: “Enhanced terminal room disinfection with UV in a targeted subset of high-risk rooms led to a decrease in hospital-wide incidence of C difficile and VRE.” Really? Continue reading
Last week Jon ended his reflection with a grade A recommendation to close the toilet lid before flushing, as the best way to minimize the potential impact of “toilet flushing plumes”. Even better: do not flush at all. This week we take it from there, in a discovery of what happens subsequently. Let’s take the loo with the highest likelihood of being soiled with antibiotic-resistant bacteria (ARB) and antimicrobial resistance genes (ARGs): the hospital loo. Elena Buelow, former Phd student in our group and now post-doc in Limoges, France, quantified how hospital sewage contributes to the quantity and diversity of ARGs in the general sewerage system. The work was published on-line today.
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
Tabloids have repeatedly warned the people for superbugs on chicken meat, after researchers had convincingly shown that the chicken filets that we buy are contaminated with ESBL-producing bacteria, mainly E. coli. Widely considered a public health threat, it was a decisive argument to insist on reductions in antibiotic use in the agricultural industry in the Netherlands. Yet, whether meat contamination constitutes a risk for human health is unknown. This was now quantified, with surprising results. Continue reading
What an excellent start of 2017. A great study from the USA today in Lancet: In a pragmatic cluster-randomized crossover study they tested 4 patient room cleaning strategies on the effectiveness to reduce acquisition with relevant bacteria for the incoming patients. The conclusion states that “enhanced terminal room disinfection decreases the risk of pathogen acquisition.” Yet, this paper is so “data-dense” that you must read the methods (and supplements) to get the picture. In one shot: Not for C. diff, may be for MRSA and yes for VRE. Continue reading
A little while ago I blogged about the excellent study from Nottingham that demonstrated significant VRE and MRSA contamination on socks used to prevent falls in the hospitalised elderly. This has been followed by another paper suggesting that shoe coverings undurprisingly become contaminated. So, what? How does this really impact on transmission? A new study from Curtis Donskey’s group has looked at hand contamination in patients directly relating to floor contamination. Continue reading
I gave a webinar last week for 3M (you can download my slides here) on “Your hospital room can make you sick: How improved cleaning and disinfection can help”. I asked the audience what they were doing to improve cleaning and disinfection, and thought I would share the findings. I don’t know the exact size of the audience (but it’s usually a couple of hundred mainly US based IPC folks), and the audience were allowed to choose any answers that applied to them for the second two questions.