MIC distribution for antibiotics (CFDC, MEM, CAZ, CPM and COL) tested on the bacterial strains.</p
ObjectiveTo investigate the possibility of estimating the MICs of fusidic acid and ciprofloxacin for...
<p>E-strips were used to determine the precise MIC for different group of antibiotics such as amikac...
<p>MIC, minimum inhibitory concentration; NTM, nontuberulous mycobacteria; RGM, rapidly growing myco...
Bacteria and the antibiotics they were tested against, including MIC for each.</p
<p>MIC distribution of 500 <i>E. coli</i> isolates (in %) tested for their antimicrobial susceptibil...
<p>MIC distribution of fosfomycin for <i>Campylobacter jejuni</i> and <i>C</i>. <i>coli</i> isolates...
<p>Distribution of MICs according to the phylum of clinical isolates and reference strains.</p
<p>MIC<sub>50</sub> MIC<sub>90</sub> and modal MICs for each bacteria and antibiotics.</p
<p>E-strips were used to determine the precise MIC for different group of antibiotics such as amikac...
<p>MIC reduction assay of isolates that demonstrated synergy between CCCP and one of the tested anti...
<p>Tigecycline MIC distribution for 215 KPC-producing <i>K</i>. <i>pneumoniae</i> clinical isolates....
<p>MP, meropenem; IP, imipenem; RI, rifampicin; AB, ampicillin+sulbactam; TCG, tigecycline; CO, coli...
MICs were measured with a single E-test. The dotted vertical lines represent the threshold for clini...
<p>Antibiotics MIC<sub>50</sub>, MIC<sub>90</sub> and breakpoints for 2 709 <i>S</i>. <i>aureus</i> ...
<p>MICs of tested microorganisms' planktonic cells to examined disinfectants and antibiotics.</p
ObjectiveTo investigate the possibility of estimating the MICs of fusidic acid and ciprofloxacin for...
<p>E-strips were used to determine the precise MIC for different group of antibiotics such as amikac...
<p>MIC, minimum inhibitory concentration; NTM, nontuberulous mycobacteria; RGM, rapidly growing myco...
Bacteria and the antibiotics they were tested against, including MIC for each.</p
<p>MIC distribution of 500 <i>E. coli</i> isolates (in %) tested for their antimicrobial susceptibil...
<p>MIC distribution of fosfomycin for <i>Campylobacter jejuni</i> and <i>C</i>. <i>coli</i> isolates...
<p>Distribution of MICs according to the phylum of clinical isolates and reference strains.</p
<p>MIC<sub>50</sub> MIC<sub>90</sub> and modal MICs for each bacteria and antibiotics.</p
<p>E-strips were used to determine the precise MIC for different group of antibiotics such as amikac...
<p>MIC reduction assay of isolates that demonstrated synergy between CCCP and one of the tested anti...
<p>Tigecycline MIC distribution for 215 KPC-producing <i>K</i>. <i>pneumoniae</i> clinical isolates....
<p>MP, meropenem; IP, imipenem; RI, rifampicin; AB, ampicillin+sulbactam; TCG, tigecycline; CO, coli...
MICs were measured with a single E-test. The dotted vertical lines represent the threshold for clini...
<p>Antibiotics MIC<sub>50</sub>, MIC<sub>90</sub> and breakpoints for 2 709 <i>S</i>. <i>aureus</i> ...
<p>MICs of tested microorganisms' planktonic cells to examined disinfectants and antibiotics.</p
ObjectiveTo investigate the possibility of estimating the MICs of fusidic acid and ciprofloxacin for...
<p>E-strips were used to determine the precise MIC for different group of antibiotics such as amikac...
<p>MIC, minimum inhibitory concentration; NTM, nontuberulous mycobacteria; RGM, rapidly growing myco...
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