影响放线菌抗菌生产效率的因素

Enaam Fekry, Mohamed Ali, Samia Ahmed, S. Haddad
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引用次数: 0

摘要

本工作旨在研究在抗菌药物生产过程中影响放线菌活性的因素,无论放线菌是抗真菌还是抗细菌。温度、pH、氯化钠(NaCl)浓度、碳源、氮源和放线菌生长的最佳培养基是影响放线菌生长的主要因素。这是用三个分离的放线菌(AC2, AC9和AC12)进行的。结果表明,3株放线菌的最佳生长温度为35 ~ 40℃,最佳pH为7 ~ 7.2。这三株菌株耐受浓度为2-5%的盐度。3个菌株的最佳碳源均为淀粉,但碳源浓度不同。AC2、AC9和AC12的最佳碳源为淀粉,浓度分别为20 g/l、10g /l和25g /l,抑制区分别为24、45和34mm。结果表明,AC2、AC9和AC12的最佳氮源为硫酸铵浓度为2.5 g/l,硝酸钠浓度为1.5g\l,硝酸钠浓度为1.5g\l,抑制区分别为20、27和38 mm。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Factors affecting the efficiency of actinomycetes in the production of antimicrobial
This work aims to study the factors that affect the activity of actinomycetes in the production of antimicrobial whether they are antifungal or anti-bacterial. These factors are temperature, pH, concentration of sodium chloride salt (NaCl), carbon sources, nitrogen sources and the best media for the growth of actinomycetes. This was done with three isolates of actinomycetes AC2, AC9 and AC12). The results showed that the best temperature for the growth of the three isolates of actinomycetes was from 35-40oC, and the best pH was between 7 -7.2. The three isolates tolerated salinity with a concentration ranging from 2-5%. The best carbon source for the three isolates was starch, but with different concentrations. The best carbon source for AC2, AC9 and AC12 was starch at concentrations of 20 g/l, 10g\l and 25g\l, which gave inhibition zones 24, 45 and 34mm, respectively. The results indicate that the best nitrogen source for AC2, AC9 and AC12 was ammonium sulfate at concentration 2.5 g/l, sodium nitrate at concentration 1.5g\l, and sodium nitrate at concentration 1.5g\l which gave inhibition zones 20, 27 and 38 mm, respectively.
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