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Last Updated: 2 years ago

Possible Interaction: Chloramphenicol and Glucose

supplement:

Glucose

Research Papers that Mention the Interaction

The presence of glucose and acetamide increased the growth and substrate degradation rates of CAP.
FEMS microbiology ecology  •  2012  |  View Paper
Instead, chloramphenicol induced a significant 23% decrease in the regional cerebral metabolic rate for glucose.
Journal of neurochemistry  •  2005  |  View Paper
CAP produced an increase in the mucosal transference of glucose in jejunum and a decrease in ileum.
Journal of physiology and pharmacology : an official journal of the Polish Physiological Society  •  1993  |  View Paper
Chloramphenicol also inhibited all three processes; the inhibition of protein and RNA synthesis was reversed by glucose , but the inhibition of DNA synthesis was slightly greater in the presence of glucose.
The results are consistent with the possibility that chloramphenicol inhibits DNA synthesis in whole cells in the presence of glucose because the antibiotic undergoes metabolism, possibly reduction, in cells, and that a p-nitro group is important for this effect.
Molecular pharmacology  •  1977  |  View Paper
In the presence of glucose , serine uptake was inhibited by chloramphenicol but not cycloheximide.
Archives of biochemistry and biophysics  •  2001  |  View Paper
Glucose also stimulates the loss of aspartokinases and glutamine synthetase in the presence of chloramphenicol.
Biochimica et biophysica acta  •  1985  |  View Paper
Chloramphenicol inhibited the development of aggregating ability in the presence of glucose or sucrose.
Scandinavian journal of dental research  •  1982  |  View Paper
This so-called priming effect of glucose was observed also in the presence of chloramphenicol , inhibiting the growth of the bacteria.
Folia microbiologica  •  1980  |  View Paper
The appearance of glucosyltransferase in the glucose medium was inhibited immediately by chloramphenicol and actinomycin D and, after a lag, by rifampin as well.
Applied and environmental microbiology  •  1977  |  View Paper
Respiratory-deficient mutants produced by acriflavine, and wild-type cells grown on glucose in the presence of chloramphenicol had elevated alcohol dehydrogenase activities compared with the wild-type cells grown on glucose.
Canadian journal of microbiology  •  1972  |  View Paper
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