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A Promising Approach for Bio-finishing of Cotton Using Immobilized Acid-cellulase

机译:利用固定化纤维素酶对棉花进行生物整理的一种有前途的方法

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In this research, cellulases were immobilized on Eudragit S-100 to minimize the tensile strength loss of cotton fabric caused by the enzymatic hydrolysis. About 76 % of the enzyme activity and 81 % of the amount of protein were recovered after the immobilization process, and the immobilized cellulase exhibited good reuse ability. The immobilized cellulase had the better adsorptive performance on cotton than the free cellulase. In addition, the results revealed that the catalytic efficiency of the immobilized cellulase on cotton was degradation, perhaps because the diffusion of the enlarged cellulase molecules is significantly inhibited in the interior of the cotton fiber. Moreover, the cotton fabric treated with the immobilized cellulase showed less weight and strength losses. SEM pictures further indicated that the cotton fabric treated with the immobilized cellulase suffered less damage.
机译:在这项研究中,将纤维素酶固定在Eudragit S-100上,以最大程度地减少酶水解引起的棉织物拉伸强度损失。固定化过程后,回收了约76%的酶活性和81%的蛋白质,并且固定化的纤维素酶显示出良好的重用能力。固定化纤维素酶对棉花的吸附性能优于游离纤维素酶。另外,结果表明固定化纤维素酶对棉花的催化效率被降解,这可能是因为扩大的纤维素酶分子的扩散在棉纤维内部被显着抑制了。而且,用固定化纤维素酶处理的棉织物显示较少的重量和强度损失。 SEM照片进一步表明,用固定化纤维素酶处理的棉织物受到的损害较小。

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