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Effect of cultivation conditions on the adhesive activity of Rhodococcus cells towards n-Hexadecane

机译:培养条件对红球菌细胞对正十六烷的黏附活性的影响

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摘要

The effect of cultivation conditions (the composition, acidity, and salinity of the cultivation medium; temperature; and the hydrodynamic conditions of cultivation) on the adhesion of actinobacteria of the genus Rhodococcus to n-hexadecane has been investigated. A study performed showed that the adhesive activity of rhodococci depends on the composition of the cultivation medium and on the cultivation temperature. The possible mechanisms underlying the effect of growth conditions on the adhesion of rhodococci to liquid hydrocarbons and involving changes in the cell lipid content or the zeta potential of cells are addressed. Rhodococcal strains displaying high adhesive activity (80–90%) at a low temperature (18°C), high salinity (5.0% NaCl), and acidity (pH 6.0) of the cultivation medium have been selected as a result of the present work; these strains have a considerable potential for use in bioremediation of soil and water contaminated by hydrocarbons.
机译:研究了培养条件(培养基的组成,酸度和盐度;温度和培养的水动力条件)对红球菌属放线菌对正十六烷的粘附性的影响。进行的研究表明,杜鹃球菌的粘附活性取决于培养基的组成和培养温度。解决了生长条件对杜鹃球菌与液体烃类粘附的影响的潜在机制,并涉及细胞脂质含量或细胞ζ电位的变化。这项工作的结果是选择了在低温(18°C),高盐度(5.0%NaCl)和酸性(pH 6.0)时显示高黏附活性(80-90%)的红球菌菌株;这些菌株具有很大的潜力,可用于生物修复被碳氢化合物污染的土壤和水。

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