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*Only for medical professionals to read the reference super dry goods, a complete list of drug-resistant bacteria! The spread and prevalence of drug-resistant bacteria have brought huge difficulties and challenges to clinical anti-infection treatment
.
According to the resistance mechanism, bacterial resistance can be divided into natural resistance (inherent resistance) and acquired resistance
.
Among them, the natural drug resistance of bacteria is fixed and can be predicted according to the species of the bacteria, and there is no need for drug susceptibility testing.
Therefore, it is often overlooked in actual work and easily misused
.
As an important member of the treatment team, clinical pharmacists should correctly understand and apply the information on the natural and acquired resistance of bacteria, which is very important for the selection of anti-infective treatments
.
What are natural drug resistance and acquired drug resistance [1] Table 1 What are the drug resistance of common pathogens of natural drug resistance and acquired drug resistance? [1,2] 1 Staphylococcus table 2 Staphylococcus resistance 2 Enterococcus table 3 Enterococcus resistance 3 Streptococcus table 4 Streptococcus resistance 4 Enterobacteriaceae Table 5 Enterobacteriaceae natural resistance table 6 Acquired drug resistance of different enzyme-producing enterobacteriaceae 5 Non-fermenting bacteria Table 7 Natural drug resistance of non-fermenting bacteria Table 8 Summary of acquired drug resistance of non-fermenting bacteria Infection treatment faces severe tests
.
Although new antibacterial drugs are constantly being researched and applied, the rate of bacterial resistance is still far greater than the rate of new drug development
.
Therefore, medical staff should be familiar with the natural and acquired resistance of bacteria, and use antibacterial drugs based on the results of drug susceptibility to slow the increase of bacterial resistance
.
References[1]Ma Xiaoling,Lu Huaiwei,Zhang Yan.
Understand the natural and acquired resistance of bacteria[J].
Chinese Journal of Laboratory Medicine, 2012, 35(8):762-763.
[2]2020 American Clinical and Laboratory Standards Institute (CLSI) M100 30th edition
.
.
According to the resistance mechanism, bacterial resistance can be divided into natural resistance (inherent resistance) and acquired resistance
.
Among them, the natural drug resistance of bacteria is fixed and can be predicted according to the species of the bacteria, and there is no need for drug susceptibility testing.
Therefore, it is often overlooked in actual work and easily misused
.
As an important member of the treatment team, clinical pharmacists should correctly understand and apply the information on the natural and acquired resistance of bacteria, which is very important for the selection of anti-infective treatments
.
What are natural drug resistance and acquired drug resistance [1] Table 1 What are the drug resistance of common pathogens of natural drug resistance and acquired drug resistance? [1,2] 1 Staphylococcus table 2 Staphylococcus resistance 2 Enterococcus table 3 Enterococcus resistance 3 Streptococcus table 4 Streptococcus resistance 4 Enterobacteriaceae Table 5 Enterobacteriaceae natural resistance table 6 Acquired drug resistance of different enzyme-producing enterobacteriaceae 5 Non-fermenting bacteria Table 7 Natural drug resistance of non-fermenting bacteria Table 8 Summary of acquired drug resistance of non-fermenting bacteria Infection treatment faces severe tests
.
Although new antibacterial drugs are constantly being researched and applied, the rate of bacterial resistance is still far greater than the rate of new drug development
.
Therefore, medical staff should be familiar with the natural and acquired resistance of bacteria, and use antibacterial drugs based on the results of drug susceptibility to slow the increase of bacterial resistance
.
References[1]Ma Xiaoling,Lu Huaiwei,Zhang Yan.
Understand the natural and acquired resistance of bacteria[J].
Chinese Journal of Laboratory Medicine, 2012, 35(8):762-763.
[2]2020 American Clinical and Laboratory Standards Institute (CLSI) M100 30th edition
.
