Objective: Although trace elements such as iron are essential nutrients for organisms, at high concentration they can be toxic for their growth and modify their metabolic patterns as well. In order to find out the influence of Iron and Iron-Citrate on growth gram-positive bacteria, the present investigation has been undertaken. Methods: In the series of experiments, B.cereus has been incubated in the NB-medium with and without Iron for 5 hours at 37 and with and without Iron-Citrate for 3.5 hours at 37°C. Findings: The results showed that addition of 5.6 and 11.2 mg/L of Fe+2 or Fe+3 in the medium inhibits growth of B.cereus. Citrate counteracts the growth inhibitory effects of high levels of Fe+2, Fe+3. Conclusion: These findings suggested...
Iron deficiency is considered the most significant nutritional deficiency worldwide, affecting billi...
Iron (Fe) is an important micronutrient in soils, essential for bacterial growth and carbon metaboli...
Cultures of acid-fast bacteria have generally been observed to vary conspicuously in pigmentation. C...
Although trace elements such as Iron is an essential nutrient of organisms, it is a toxic substance ...
Iron is essential to virtually all organisms but it can be toxic in excess. High concentration of ir...
This study demonstrated that the bacteria could adsorb Fe3+ and reduce Fe3+ to Fe2+. Iron had signif...
Iron is an important element for bacterial viability, however it is not readily available in most en...
The selective precipitation of metals using H2S produced biologically by sulfate-reducing bacteria (...
Cultures of Bacillus subtilis growing in an iron-deficient medium produced coproporphyrin III (copro...
Most bacteria are microorganisms that require iron to support their vital functions. Iron is the mos...
The purpose of this study was to determine the effect of varying concentrations of geosmin on the gr...
Biofilms are surface-associated communities of microbial cells embedded in a matrix of extracellular...
<p>LDH-release (mean+SD) as a measure of cell damage of Caco-2 cells upon co-incubation with <i>S. t...
<p>Growth kinetics of <i>B. cereus</i> wild type (WT; black square), Δ<i>asb</i> petrobactin mutant ...
Bacillus subtilis and Micrococcus lysodeikticus grew poorly when subjected to conditions of limiting...
Iron deficiency is considered the most significant nutritional deficiency worldwide, affecting billi...
Iron (Fe) is an important micronutrient in soils, essential for bacterial growth and carbon metaboli...
Cultures of acid-fast bacteria have generally been observed to vary conspicuously in pigmentation. C...
Although trace elements such as Iron is an essential nutrient of organisms, it is a toxic substance ...
Iron is essential to virtually all organisms but it can be toxic in excess. High concentration of ir...
This study demonstrated that the bacteria could adsorb Fe3+ and reduce Fe3+ to Fe2+. Iron had signif...
Iron is an important element for bacterial viability, however it is not readily available in most en...
The selective precipitation of metals using H2S produced biologically by sulfate-reducing bacteria (...
Cultures of Bacillus subtilis growing in an iron-deficient medium produced coproporphyrin III (copro...
Most bacteria are microorganisms that require iron to support their vital functions. Iron is the mos...
The purpose of this study was to determine the effect of varying concentrations of geosmin on the gr...
Biofilms are surface-associated communities of microbial cells embedded in a matrix of extracellular...
<p>LDH-release (mean+SD) as a measure of cell damage of Caco-2 cells upon co-incubation with <i>S. t...
<p>Growth kinetics of <i>B. cereus</i> wild type (WT; black square), Δ<i>asb</i> petrobactin mutant ...
Bacillus subtilis and Micrococcus lysodeikticus grew poorly when subjected to conditions of limiting...
Iron deficiency is considered the most significant nutritional deficiency worldwide, affecting billi...
Iron (Fe) is an important micronutrient in soils, essential for bacterial growth and carbon metaboli...
Cultures of acid-fast bacteria have generally been observed to vary conspicuously in pigmentation. C...