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Antibiotic Resistance and Detection of the Most Common Mechanism of Resistance (MLSB) of OpportunisticCorynebacterium
2013
Chemotherapy
tions 37.1%), tetracycline (28 and 45.7%) and β-lactam antibiotics (18.5 and up to 32.8%). Conclusion: Differences in antibiotic resistance were found between strains colonizing the respiratory tract and various infections. Isolates from infections more frequently exhibited multidrug resistance. The possibility of using a simple method was confirmed for MLSB detection, which can be applied to determine drug resistance in routine microbiological diagnostics of infections caused by opportunistic
doi:10.1159/000357467
pmid:24480817
fatcat:z46xtrtjz5e6fidpjhcnkd6ghi