Abstract

Effects of Propofol and Vitexin on Apoptosis in Rat Liver Ischemia Reperfusion Injury

Highlights

  • Le ABSTRACT rtic Intracellular pathogenic bacteria cause chronic, persistent and latent infections

  • The genetic mechanism of bacterial resistance to long-term heavy same time, nanoparticle encapsulation antimicrobial drugs antibiotic use can be divided into inherent resistance, can fight against the defense mechanism of bacteria. acquired resistance and multi-drug resistance (Lin et al, In addition, if we choose the appropriate nanomaterials 2015)

  • Nanoparticle encapsulation antimicrobial drugs in the Acquired resistance is controlled by acquired drug treatment of intracellular bacterial infections has a wide resistance genes of bacterial, which means that bacteria range of prospects

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Summary

MECHANISMS OF BACTERIAL RESISTANCE TO ANTIBIOTICS

Abuse of antibiotics might be considered as one of the possible reasons for the resistance development against antibiotics. Bacteria have resistance genes and even become multi-drug resistant bacterium, progressively. The genetic mechanism of bacterial resistance to long-term heavy same time, nanoparticle encapsulation antimicrobial drugs antibiotic use can be divided into inherent resistance, can fight against the defense mechanism of bacteria. Nanoparticle encapsulation antimicrobial drugs in the Acquired resistance is controlled by acquired drug treatment of intracellular bacterial infections has a wide resistance genes of bacterial, which means that bacteria range of prospects. Change their DNA through gene mutation and transfer to Intracellular bacterial infection has become one of develop drug resistance. These bacteria can cause many life-threatening (MDR) refers to the simultaneous resistance of bacteria to diseases that are tough to treat, such as tuberculosis, antimicrobial drugs with different mechanisms of action. Example, alterations in penicillin-binding proteins lead to the development of resistance against β-lactam antibiotics

Biochemical basis of bacterial resistance
It mainly refers to the mutation of bacteria and the loss
Understanding the mechanism of metal nanoparticles’
Online First Article CELLULARIZATION AND ANTIBACTERIAL EFFECT OF NANOPARTICLES
INTRACELLULAR BACTERIAL INFECTION
Rifampicin nanomaterials
Reduction in intracellular and extracellular bacterial CFU
Enhanced encapsulation efficiency and drug accumulation
Findings
DISCUSSION
Full Text
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