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- Title
Dynamic Changes of Bacterial Microorganisms with Inhibition of Hydrogen Peroxide Production by Antibiotics.
- Authors
Yibo Yang; Changshun Yang; Yingying Wang
- Abstract
Bacterial resistance is a phenomenon in which bacteria are insensitive to antibiotics. The reason is that bacteria are a special form of expression in their own survival process. With the increasing application of antibiotics, bacteria show different degrees of resistance to some commonly used drugs. In this paper, the dynamic changes of bacterial microorganisms with inhibition of hydrogen peroxide production by antibiotics is studied. The results show that, under the selection and induction of antibiotics, on the one hand, the original resistant bacteria in the soil are more adaptable to the environment, thus occupying a larger living space and obtaining more resources, thus promoting their growth and reproduction. On the other hand, bacteria without drug resistance genes have acquired drug-resistant plasmids through transverse transmission, thus gaining the ability of drug resistance. Antibiotics diffuse through elution and other functions, forming an antibiotic stress environment. If not controlled, the genes of drug-resistant bacterial microorganisms will also exist for a considerable period of time, thus posing a risk to human health.
- Subjects
DRUG resistance in bacteria; PHYSIOLOGICAL effects of antibiotics; MICROBIAL sensitivity tests; INHIBITION (Chemistry); HYDROGEN peroxide; ANTI-infective agents
- Publication
Acta Microscopica, 2019, Vol 28, Issue 6, p1443
- ISSN
0798-4545
- Publication type
Article