A Review on Mode of Action of Antibiotics : Paved the Path to Evolution of Antibiotic Resistance and their Mechanisms in Phytobacterial Disease Management

Author: Pravallikasree Rayanoothala*, Sunita Mahapatra and Srikanta Das

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Abstract

One of the most important public health issues is the crisis of antimicrobial-resistant microorganism infections. In the production of antibiotic resistance bacterium, common agricultural methods are involved. Biopesticides are non-pathogenic living bacteria, considered safe to consume, utilised for the treatment of pests. In high concentrations, application of bacterial pesticides on crops increases the chance of unintent contributions to movement and production within the surrounding area of antimicrobial resistance genes. The existence and the manifestations are currently unclear in clinically important antibiotic resistance genes. In this case, a multi-bioinformatic- and microbiological mix is utilised to define the resistance of large-scale biopesticides and to verify the presence in many biopesticide products of putative antimicrobial resistance genes. Our data show that biopesticide products are clinically significant repositories of antimicrobial resistance genes, which resist

Keywords

Antibiotics, resistance, mechanisms, phytobacterial management

Conclusion

The study of antibiotic resistance mechanisms have shown that the EFFLUX pump is actively playing an important role in the development of bacterial antibiotic resistance. Therefore, the Passing Effflux was considered an attractive replacement to reduce the problem. Plants are the source of new antibacterial and resistant modified active ingredients. Many goals and strategies that disturb by combining antibiotic drugs with target websites and various measures that can benefit to reduce resistance development. Explore Replacement Systems (Flavonoids, Tannin Cumarins, V.V.) that inhibit the formation of biological membranes through higher education inhibitors are different approaches to reduce the antibiotic resistance.

References

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How to cite this article

Rayanoothala, P., Mahapatra, S. and Das, S. (2021). A Review on Mode of Action of Antibiotics : Paved the Path to Evolution of Antibiotic Resistance and their Mechanisms in Phytobacterial Disease Management. Biological Forum – An International Journal,