An increasingly common problem that many institutions of
health have to deal with is the increase of bacterial pathogens that have
become resistant to antibiotics. Creating new antibiotics to deal with the
these Antibiotic Resistant Bacteria (ARB) has become difficult, so treating sites that might carry ARB could help in impeding other populations of
bacteria from inheriting there antibiotic Resistance. In a study by Qing-bin Yuan and
his Colleagues, The option of treating municipal waste water with five
different biological treatments was explored.
The treatments are carried out via Rectors that produce either an anaerobic
environment or a biological filter. The
waste water that has been treated was then screened for heterotrophic antibiotic-resistance
bacteria and genes associated with Antibiotic Resistance. The Article concludes that while all the
biological treatment reactors did some good in preventing the transfer of Antibiotic
Resistance bacteria, some were more effective than others. This research is important as any waste water
will inevitably sent into the sewer before being processed and released in to
sources of drinking water. Preventing
ARB from being released into our drinking water may help delay the need for new
Antibiotics from being developed.
Original Article:
Yuan QB, Guo MT, Wei WW, Yang J. (2016). Reductions of bacterial antibiotic resistance through five biological treatment processes treated municipal Wastewater. Environmental Science Pollution Research 23:19495-19503
Figure 1: A list of all the reactors used to treat the municipal waste water (Yuan et al, 2016)
Yuan QB, Guo MT, Wei WW, Yang J. (2016). Reductions of bacterial antibiotic resistance through five biological treatment processes treated municipal Wastewater. Environmental Science Pollution Research 23:19495-19503
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