产碱性蛋白酶发酵杆菌RSCVS-HS3的研究与特性

R. Chauhan, R. Mishra
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摘要

摘要:本研究旨在研究产碱性蛋白酶发酵杆菌RSCVS-HS3的特性。发酵杆菌sp. RSCVS-HS3分离自印度中部中央邦Vindhya地区(Rewa区)。在pH为12的含酪蛋白培养基上生长,蛋白酶活性呈阳性。酶在50℃、pH为12的条件下处于稳定状态,表明酶具有热稳定性和碱性。它是杆状,长,丝状,革兰氏阳性细菌,酪蛋白水解阳性。基于NCBI BLAST和16s rRNA的系统发育分析,鉴定菌株为Fermentibacillus sp. RSCVS-HS3。这可能是迄今为止第一个从发酵杆菌中合成碱性蛋白酶的研究。它与polygoni Fermentibacilolus IEB3最接近,但与此相反,鉴定的细菌表现出酪蛋白水解。这可能是迄今为止第一个从发酵杆菌中合成碱性蛋白酶的研究。
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Investigations and Characterization of Alkaline Protease-Producing Fermentibacillus sp. RSCVS-HS3
ABSTRACT: The study's goal was to investigate and characterize alkaline protease-producing Fermentibacillus sp. RSCVS-HS3. The bacterium Fermentibacillus sp. RSCVS-HS3 was isolated from Vindhya region (Rewa division) of Madhya Pradesh of central India. It grew on casein-containing media at pH 12 and protease activity was found positive. . The enzyme was in a stable state in its crude form at 50℃ and pH 12, indicating thermal stability and the alkaline nature of the enzyme. It was rod-shaped, long, filamentous, gram-positive bacterium and was positive for casein hydrolysis. Based on NCBI BLAST and Phylogenetic Analysis of 16s rRNA, it was identified as Fermentibacillus sp. RSCVS-HS3. This is probably the first study to date, stating the alkaline protease synthesis from any Fermentibacillus species. It was closest to Fermentibacilolus polygoni IEB3 but in contrast to this, the identified bacterium showed casein hydrolysis. This is probably the first study to date, stating the alkaline protease synthesis from any Fermentibacillus species.
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