Isolation and Screening of Pectinase Producing Bacteria from Soil Sample

S. ., Mandheer Kaur, Yogita Jadon
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Abstract

The vast majority of the industrial use of enzymes is covered from microorganisms. Microorganisms are favoured in industry because of their several advantages for example rapid growth, short life expectancy and simplicity in doing genetic alterations. Microbial enzymes are thus amply provided, very much standardized and promoted by many companies. Among various enzymes, Pectinases hold an exceptional place because of its different uses in various sectors like food, textile and biofuel industries.A total of 25% of total enzyme market is being shared by Pectinase alone.The current study was carried out to evaluate the pectinase activity of the pectinolytic bacteria. 40 Bacterial strains were isolated from different soil samples and screened for Pectinase production. Primary and Secondary screening showed 3 potential isolates I38 , I39 and I40 showing pectin degradation on Vincent’s media. Further, extracellular pectinase was partially purified by ammonium sulphate precipitation and dialysis. Sequential ammonium sulphate saturations from 20-80% i.e. (20, 40, 60 and 80%) showed 60% ammonium sulphate was optimum for precipitation of intracellular enzyme whereas 80% was optimum for extracellular enzyme.
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土壤样品中产果胶酶细菌的分离与筛选
酶的绝大多数工业用途是由微生物覆盖的。微生物在工业中受到青睐,因为它们有几个优点,例如生长快、预期寿命短和基因改变简单。因此,许多公司提供了大量的微生物酶,并进行了标准化和推广。在各种酶中,果胶酶因其在食品、纺织和生物燃料等行业的不同用途而占有特殊地位。仅果胶酶就占据了总酶市场的25%。本研究旨在评价果胶溶菌的果胶酶活性。从不同的土壤样品中分离到40株细菌,进行了产胶酶的筛选。初级和次级筛选显示,3个潜在分离物I38、I39和I40在Vincent培养基上表现出果胶降解。此外,通过硫酸铵沉淀和透析纯化部分细胞外果胶酶。从20-80%(即20、40、60和80%)的顺序硫酸铵饱和度来看,60%的硫酸铵对细胞内酶的沉淀最有利,而80%的硫酸铵对细胞外酶的沉淀最有利。
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