Abstract
Over the past decade, microbiologist have moved from testing individual antibiotic resistance genes (ARGs) to next-generation sequencing in which all known resistance genes within individual sample to detecting.
Highlights
Over the past decade, microbiologist have moved from testing individual antibiotic resistance genes (ARGs) to next-generation sequencing in which all known resistance genes within individual sample to detecting
In order to minimize the burden of antibiotic resistance and identification of areas is the greatest risk to human health, to understand how genes of antibiotic resistance selection and spread can be found in complex bacterial system such as human intestinal microbiome
Bacteria is present in a mixed bacterial population like in human feces which contain ARGs on their chromosome or on mobile elements
Summary
Microbiologist have moved from testing individual antibiotic resistance genes (ARGs) to next-generation sequencing in which all known resistance genes within individual sample to detecting. This is providing a large amount of data on variation and relative number of ARGs in the total number of bacteria. As we move more towards genomic analysis of Bacteria and ARG, We need to develop the guidelines to do this we have to understand that which bacteria and ARG are present in healthy people and what make a risk to the patient treatment [8]
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