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首页> 外文期刊>Brazilian Archives of Biology and Technology >Catechol Biodegradation kinetics Using Candida parapsilopsis
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Catechol Biodegradation kinetics Using Candida parapsilopsis

机译:副产念珠菌对儿茶酚的生物降解动力学

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摘要

This study evaluated the biodegradation of catechol by a yeast strain of Candida parapsilopsis in standard medium in Erlenmeyer flasks. Results shown that the highest concentration of catechol caused the longer lag period, demonstrating that acclimatized cultures could completely degrade an initial catechol concentration of 910 mg/L within 48 h. Haldane's model validated the experimental data adequately for growth kinetics over the studied catechol concentration ranges of 36 to 910 mg/L. The constants obtained for this model were mu(max) - 0.246 h(-1), K-s - 16.95 mg/L and K-i = 604.85 mg/L.
机译:这项研究评估了在锥形瓶中标准培养基中副产假丝酵母菌对儿茶酚的生物降解作用。结果表明,最高的儿茶酚浓度导致更长的延迟期,表明适应的培养可以在48小时内完全降解910 mg / L的初始儿茶酚浓度。 Haldane的模型充分验证了所研究的邻苯二酚浓度范围为36至910 mg / L的生长动力学的实验数据。该模型获得的常数为mu(max)-0.246 h(-1),K-s-16.95 mg / L和K-i = 604.85 mg / L。

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