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Optimization of protease production from Bacillus halodurans under solid state fermentation using agrowastes

机译:用Agrowasts在固态发酵下从Bacillus Halodurans的优化优化

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摘要

Marine microbes are potential source for novel metabolites. They are efficient in producing these metabolites utilizing agrowastes. Protease is one of the enzymes which find wide industrial applications. In the present study, protease producing bacteria was isolated from marine sediments and the organism was identified as Bacillus halodurans. The organism was subjected to protease production under solid state fermentation (SSF) using different agrowastes as substrates. Among the substrates used, wheat bran yielded maximum quantity of protease. The fermentation process was carried out under different cultural conditions to optimize the parameters influencing the enzyme production. The results of the stain removal studies by the enzyme revealed the increased efficiency of the microbial enzyme than the commercial detergent.
机译:海洋微生物是新代谢物的潜在来源。它们在生产这些代谢物中,它们是有效的利用Agrowasts。蛋白酶是找到宽工业应用的酶之一。在本研究中,从海洋沉积物中分离出蛋白酶产生的细菌,并且将生物体鉴定为Bacillus Halodurans。使用不同的Agrowasts作为基质的固态发酵(SSF)下的生物体进行蛋白酶生产。在使用的基材中,小麦麸皮产生最大量的蛋白酶。在不同的培养条件下进行发酵过程,以优化影响酶产生的参数。酶的污渍去除研究结果显示微生物酶的效率增加而不是商业洗涤剂。

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