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Predominance of Spirastrella inconstans Protein over Enzymes of Marine Bacteria against MRSA

机译:螺旋藻inconstans蛋白优于海洋细菌对MRSA的酶。

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Fisherman community people will have significant value if they used powder form of marine organism for wound healing caused by MRSA. The bioactivity was more prevalent in sponge, Spirastrella inconstans compared to other marine organism. The protein was fractioned by ammonium sulphate precipitation method and purified using dialysis. About 1000 ?l of dialysate were loaded on Sephadex G-50 chromatographic column and purified 75 fractions at each percentage of saturation were collected. The fraction no. 3, 4 (40% saturation) and no. 4 (60% saturation) bears maximum protein content. Amount of protein content was estimated in UV-Vis Spectrophotometer, preliminary detection of compound was carried out by TLC. Two fractions were efficient and their R f values were found to be similar to that of glutamic acid. The molecular weight of protein was calculated as 3 000 Da by SDS-PAGE. Marine bacterial cultures were isolated and enzymes (amylase, DNase, esculinase, lipase, gelatinase and alginase) were produced and lipase bearing maximum activity was treated against MRSA. Compared to other marine organism, sponge protein obtained during our period of study was effective.
机译:如果渔民使用粉末状的海洋生物来治疗由MRSA引起的伤口愈合,将具有重大价值。与其他海洋生物相比,在海绵,印度硬藻中的生物活性更为普遍。通过硫酸铵沉淀法分离蛋白质,并通过透析纯化。将约1000微升透析液上样至Sephadex G-50色谱柱上,并收集每个饱和度百分比的纯化75馏分。分数3、4(饱和度40%),无。 4(饱和度60%)具有最大的蛋白质含量。在UV-Vis分光光度计中估计蛋白质含量,通过TLC进行化合物的初步检测。有两个馏分是有效的,并且发现它们的R f值与谷氨酸相似。通过SDS-PAGE计算蛋白质的分子量为3000Da。分离了海洋细菌培养物,并生产了酶(淀粉酶,DNase,七味酶,脂肪酶,明胶酶和藻酸酶),并处理了具有最大活性的抗MRSA的脂肪酶。与其他海洋生物相比,我们研究期间获得的海绵蛋白是有效的。

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