Waste released from pharmaceutical plants in India and China is contributing to the spread of antibiotic-resistant superbugs. So this is certainly interesting. There is an opinion piece in STAT by Henry Waxman and Bill Corr from Waxman Strategies: Waste from pharmaceutical plants promotes antibiotic-resistant superbugs. It is of interest both because we are almost certainly in …
Jumping on the blame train, my colleagues and I have found yet another reason to avoid antibacterial products. Our study, which identified a correlation between certain antibiotic resistance genes and the much maligned triclosan in indoor dust, was published in Environmental Science & Technology last week. As of today, the full text version is freely …
This recently published closed access paper by Sancheza, et al claims that levels of antibiotic resistance genes and antibiotic resistant bacteria are higher in outdoor air samples downwind of conventional cattle farms compared to organic cattle farms as shown with 3 different methods. This comes as little surprise, as it wasn’t until December 2013 that the …
Here are some recent news and science articles on antibiotic resistance that I found this afternoon: Some not so happy stories – Intestinal microbiome is related to lifetime antibiotic use in Finnish pre-school children Antimicrobial resistance a challenge to public health: Nadda Some happy/cool stories – Audiocast: Developing new antimicrobial drugs and alternatives Bills would prohibit livestock …
mSphere, ASM’s new open access journal, published a paper recently called Antibiotic Resistance in Animal and Environmental Samples Associated with Small-Scale Poultry Farming in Northwestern Ecuador, written by Braykov et al. The abstract is as follows: The effects of animal agriculture on the spread of antibiotic resistance (AR) are cross-cutting and thus require a multidisciplinary perspective. …
The G-20 would be an ideal forum in which to take international action against antimicrobial resistance, writes Jim O’Neill. This is definitely worth a read: How to stop antibiotic resistance threatening global growth Jim O’ Neill (who is the Commercial Secretary to the UK Treasury) writes about how the report from the G20 meeting in Antalya, …
I was catching up on my NPR shows this evening and this one is definitely worth a listen. Here are the slides that they talk about in the podcast that summarize conversations with a focus group in England about antimicrobial resistance. Science Friday interviews Ed Young (who I highly recommend you follow on Twitter if you don’t already) …
Sometimes efforts to be environmentally friendly can give rise to microbial challenges. This was nicely described by Katie Dahlhausen in her recent post about water quality about green buildings. Other examples include observations that Legionella pneumophila can be contracted from shower heads and the use of low flow shower heads and lower water temperatures may increase its transmission. Likewise, wastewater (e.g., Environmental and …
It is well known that antibiotic resistance in bacteria happens much faster than we can possibly develop novel antibiotics. So what if instead of trying to reinvent the wheel, we just rearrange it? Well, researchers at the H. Lee Moffitt Cancer Center and Research Institute had a similar idea in regards to reducing antibiotic resistance …
Antibiotic resistance is a global problem, threatening both human and animal health. A recent study shows that antibiotic resistance has spread into wildlife populations in Chobe National Park, a spectacular park located along the Chobe River in Botswana. In this region, humans and wildlife live in close proximity and significant antimicrobial resistance occurs in human populations. In a study published in the …