Add to ORKGCell lines initially selected for resistance to the antibiotics Icanamycin, streptomycin and chloramphenicol, were each tested for resistance to several different antibiotics. Only the kanamycin resistant lines showed any cross-resistance to other antibiotics. The three lines tested were resistant to streptomycin and neomycin, while one of them, KR103, was also resistant to chloramphenicol early in its history, although this resistance was subsequently lost. None of the lines showed any resistance to cycloheximide
The cross-resistance patterns are described for 96 mutants selected in one step from Escherichia col...
Resistance to the quinolones almost always arises from the accumulation of mutations in chromosomal ...
In this report, the author reports about the effect of combinative administrations of streptomycin, ...
Cell lines initially selected for resistance to the antibiotics Icanamycin, streptomycin and chloram...
The mode of action, and mechanism of resistance of many antibiotics are known since antibiotic resi...
Cell lines resistant to 50 gg ml- 1 kanamycin sulphate were isolated from cell suspension cultures i...
Three cell lines with improved resistance to growth inhibition by chloramphenicol were selected from...
[[abstract]]Streptomycin-resistant colonies were isolated from protoplast cultures of haploid Nicoti...
<p>IC<sub>50</sub> values for erythromycin and chloramphenicol were determined for the naïve and evo...
Out of the five cell lines isolated by their ability to proliferate on a selection medium containing...
Plant cells are sensitive to the antibiotic bleomycin, a DNA damaging glycopeptide. A bleomycin resi...
When staphylococci, resistant to 4 pg. tetracycline/ml., were grown in nutrient media at subinhibito...
A streptomycin-resistant cell line, SR155, was selected in a callus culture initiated from diploid ...
Acquired resistance to the antibiotic cycloheximide developed by Neurospora crassa and Sclerotium ro...
In a previous communication (Ramsey and Padron, 1954) it was noted that Micrococcus pyogenes var. au...
The cross-resistance patterns are described for 96 mutants selected in one step from Escherichia col...
Resistance to the quinolones almost always arises from the accumulation of mutations in chromosomal ...
In this report, the author reports about the effect of combinative administrations of streptomycin, ...
Cell lines initially selected for resistance to the antibiotics Icanamycin, streptomycin and chloram...
The mode of action, and mechanism of resistance of many antibiotics are known since antibiotic resi...
Cell lines resistant to 50 gg ml- 1 kanamycin sulphate were isolated from cell suspension cultures i...
Three cell lines with improved resistance to growth inhibition by chloramphenicol were selected from...
[[abstract]]Streptomycin-resistant colonies were isolated from protoplast cultures of haploid Nicoti...
<p>IC<sub>50</sub> values for erythromycin and chloramphenicol were determined for the naïve and evo...
Out of the five cell lines isolated by their ability to proliferate on a selection medium containing...
Plant cells are sensitive to the antibiotic bleomycin, a DNA damaging glycopeptide. A bleomycin resi...
When staphylococci, resistant to 4 pg. tetracycline/ml., were grown in nutrient media at subinhibito...
A streptomycin-resistant cell line, SR155, was selected in a callus culture initiated from diploid ...
Acquired resistance to the antibiotic cycloheximide developed by Neurospora crassa and Sclerotium ro...
In a previous communication (Ramsey and Padron, 1954) it was noted that Micrococcus pyogenes var. au...
The cross-resistance patterns are described for 96 mutants selected in one step from Escherichia col...
Resistance to the quinolones almost always arises from the accumulation of mutations in chromosomal ...
In this report, the author reports about the effect of combinative administrations of streptomycin, ...