Diverse and Abundant Multi-Drug Resistant E. coli in Matang Mangrove Estuaries, Malaysia

E. coli, an important vector distributing antimicrobial resistance in the environment, was found to be multi-drug resistant, abundant and genetically diverse in the Matang mangrove estuaries, Malaysia. One-third (34%) of the estuarine E. coli was multi-drug resistant. The highest antibiotic resistan...

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Main Authors: Aziz eGhaderpour, Wing Sze eHo, Li Lee eChew, Chui Wei eBong, Ving Ching eChong, Kwai-Lin eThong, Lay Ching eChai
Format: Article
Language:English
Published: Frontiers Media S.A. 2015-09-01
Series:Frontiers in Microbiology
Subjects:
Online Access:http://journal.frontiersin.org/Journal/10.3389/fmicb.2015.00977/full
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author Aziz eGhaderpour
Aziz eGhaderpour
Wing Sze eHo
Li Lee eChew
Li Lee eChew
Chui Wei eBong
Chui Wei eBong
Ving Ching eChong
Ving Ching eChong
Kwai-Lin eThong
Lay Ching eChai
Lay Ching eChai
author_facet Aziz eGhaderpour
Aziz eGhaderpour
Wing Sze eHo
Li Lee eChew
Li Lee eChew
Chui Wei eBong
Chui Wei eBong
Ving Ching eChong
Ving Ching eChong
Kwai-Lin eThong
Lay Ching eChai
Lay Ching eChai
author_sort Aziz eGhaderpour
collection DOAJ
description E. coli, an important vector distributing antimicrobial resistance in the environment, was found to be multi-drug resistant, abundant and genetically diverse in the Matang mangrove estuaries, Malaysia. One-third (34%) of the estuarine E. coli was multi-drug resistant. The highest antibiotic resistance prevalence was observed for aminoglycosides (83%) and beta-lactams (37%). Phylogenetic groups A and B1, being the most predominant E. coli, demonstrated the highest antibiotic resistant level and prevalence of integrons (integron I, 21%; integron II, 3%). Detection of phylogenetic group B23 downstream of fishing villages indicates human fecal contamination as a source of E. coli pollution. Enteroaggregative E. coli (1%) were also detected immediately downstream of the fishing village. The results indicated multi-drug resistance among E. coli circulating in Matang estuaries, which could be reflective of anthropogenic activities and aggravated by bacterial and antibiotic discharges from village lack of a sewerage system, aquaculture farms and upstream animal husbandry.
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spelling doaj.art-30df5705d3534f30966cd0f7902b2f782022-12-21T17:51:11ZengFrontiers Media S.A.Frontiers in Microbiology1664-302X2015-09-01610.3389/fmicb.2015.00977147359Diverse and Abundant Multi-Drug Resistant E. coli in Matang Mangrove Estuaries, MalaysiaAziz eGhaderpour0Aziz eGhaderpour1Wing Sze eHo2Li Lee eChew3Li Lee eChew4Chui Wei eBong5Chui Wei eBong6Ving Ching eChong7Ving Ching eChong8Kwai-Lin eThong9Lay Ching eChai10Lay Ching eChai11University of MalayaUniversity of MalayaUniversity of MalayaUniversity of MalayaUniversity of MalayaUniversity of MalayaUniversity of MalayaUniversity of MalayaUniversity of MalayaUniversity of MalayaUniversity of MalayaUniversity of MalayaE. coli, an important vector distributing antimicrobial resistance in the environment, was found to be multi-drug resistant, abundant and genetically diverse in the Matang mangrove estuaries, Malaysia. One-third (34%) of the estuarine E. coli was multi-drug resistant. The highest antibiotic resistance prevalence was observed for aminoglycosides (83%) and beta-lactams (37%). Phylogenetic groups A and B1, being the most predominant E. coli, demonstrated the highest antibiotic resistant level and prevalence of integrons (integron I, 21%; integron II, 3%). Detection of phylogenetic group B23 downstream of fishing villages indicates human fecal contamination as a source of E. coli pollution. Enteroaggregative E. coli (1%) were also detected immediately downstream of the fishing village. The results indicated multi-drug resistance among E. coli circulating in Matang estuaries, which could be reflective of anthropogenic activities and aggravated by bacterial and antibiotic discharges from village lack of a sewerage system, aquaculture farms and upstream animal husbandry.http://journal.frontiersin.org/Journal/10.3389/fmicb.2015.00977/fullantibiotic resistanceE. coliphylogenetic groupsEAECMatang mangrove estuaries
spellingShingle Aziz eGhaderpour
Aziz eGhaderpour
Wing Sze eHo
Li Lee eChew
Li Lee eChew
Chui Wei eBong
Chui Wei eBong
Ving Ching eChong
Ving Ching eChong
Kwai-Lin eThong
Lay Ching eChai
Lay Ching eChai
Diverse and Abundant Multi-Drug Resistant E. coli in Matang Mangrove Estuaries, Malaysia
Frontiers in Microbiology
antibiotic resistance
E. coli
phylogenetic groups
EAEC
Matang mangrove estuaries
title Diverse and Abundant Multi-Drug Resistant E. coli in Matang Mangrove Estuaries, Malaysia
title_full Diverse and Abundant Multi-Drug Resistant E. coli in Matang Mangrove Estuaries, Malaysia
title_fullStr Diverse and Abundant Multi-Drug Resistant E. coli in Matang Mangrove Estuaries, Malaysia
title_full_unstemmed Diverse and Abundant Multi-Drug Resistant E. coli in Matang Mangrove Estuaries, Malaysia
title_short Diverse and Abundant Multi-Drug Resistant E. coli in Matang Mangrove Estuaries, Malaysia
title_sort diverse and abundant multi drug resistant e coli in matang mangrove estuaries malaysia
topic antibiotic resistance
E. coli
phylogenetic groups
EAEC
Matang mangrove estuaries
url http://journal.frontiersin.org/Journal/10.3389/fmicb.2015.00977/full
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