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Control of Multidrug-Resistant Gene Flow in the Environment Through Bacteriophage Intervention

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Title Control of Multidrug-Resistant Gene Flow
in the Environment Through Bacteriophage Intervention
 
Creator Parmar, Krupa M
Hathi, Zubeen J
Dafale, Nishant A
 
Subject Environmental Pollution
Microbiology
 
Description The spread of multidrug-resistant (MDR) bacteria is an emerging threat to the
environment and public wellness. Inappropriate use and indiscriminate release of antibiotics
in the environment through un-metabolized form create a scenario for the emergence of
virulent pathogens and MDR bugs in the surroundings. Mechanisms underlying the spread
of resistance include horizontal and vertical gene transfers causing the transmittance of MDR
genes packed in different host, which pass across different food webs. Several controlling
agents have been used for combating pathogens; however, the use of lytic bacteriophages
proves to be one of the most eco-friendly due to their specificity, killing only target bacteria
without damaging the indigenous beneficial flora of the habitat. Phages are part of the natural
microflora present in different environmental niches and are remarkably stable in the environment.
Diverse range of phage products, such as phage enzymes, phage peptides having
antimicrobial properties, and phage cocktails also have been used to eradicate pathogens along
with whole phages. Recently, the ability of phages to control pathogens has extended from the
different areas of medicine, agriculture, aquaculture, food industry, and into the environment.
To avoid the arrival of pre-antibiotic epoch, phage intervention proves to be a potential option
to eradicate harmful pathogens generated by the MDR gene flow which are uneasy to cure by
conventional treatments.
 
Publisher Springer
 
Date 2017
 
Type Article
PeerReviewed
 
Format application/pdf
 
Identifier http://neeri.csircentral.net/787/1/Phage%20intervention.pdf
Parmar, Krupa M and Hathi, Zubeen J and Dafale, Nishant A (2017) Control of Multidrug-Resistant Gene Flow in the Environment Through Bacteriophage Intervention. Applied Biochemistry and Biotechnology, 181 (3). pp. 1007-1029. ISSN 0273-2289, ESSN: 1559-0291
 
Relation https://link.springer.com/journal/12010
http://neeri.csircentral.net/787/