[HTML][HTML] Co-selection and stability of bacterial antibiotic resistance by arsenic pollution accidents in source water
M Zhang, K Wan, J Zeng, W Lin, C Ye, X Yu - Environment international, 2020 - Elsevier
Frequent heavy-metal pollution accidents severely deteriorated the source water quality of
drinking water treatment plants (DWTP). Limited data have explicitly addressed the impact of
these incidents on bacterial antibiotic resistance (BAR). In present study, we investigated the
shift of antibiotic resistome caused by heavy metal pollution incidents via simulating an
arsenic shock loading [As (III)], along with the associated risks imposed on drinking water
systems. The results indicated that a quick co-selection of antibiotic resistant bacteria (ARB) …
drinking water treatment plants (DWTP). Limited data have explicitly addressed the impact of
these incidents on bacterial antibiotic resistance (BAR). In present study, we investigated the
shift of antibiotic resistome caused by heavy metal pollution incidents via simulating an
arsenic shock loading [As (III)], along with the associated risks imposed on drinking water
systems. The results indicated that a quick co-selection of antibiotic resistant bacteria (ARB) …
Co-selection and stability of bacterial antibiotic resistance by arsenic pollution accidents in source water.
ZML Zhang MengLu, WK Wan Kun, ZJ Zeng Jie… - 2020 - cabidigitallibrary.org
Frequent heavy-metal pollution accidents severely deteriorated the source water quality of
drinking water treatment plants (DWTP). Limited data have explicitly addressed the impact of
these incidents on bacterial antibiotic resistance (BAR). In present study, we investigated the
shift of antibiotic resistome caused by heavy metal pollution incidents via simulating an
arsenic shock loading [As (III)], along with the associated risks imposed on drinking water
systems. The results indicated that a quick co-selection of antibiotic resistant bacteria (ARB) …
drinking water treatment plants (DWTP). Limited data have explicitly addressed the impact of
these incidents on bacterial antibiotic resistance (BAR). In present study, we investigated the
shift of antibiotic resistome caused by heavy metal pollution incidents via simulating an
arsenic shock loading [As (III)], along with the associated risks imposed on drinking water
systems. The results indicated that a quick co-selection of antibiotic resistant bacteria (ARB) …
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