繊維学会誌
Online ISSN : 1884-2259
Print ISSN : 0037-9875
一般報文
水溶性高分子修飾セルラーゼによる中性条件下でのラミー繊維への作用
菅井 実夫上甲 恭平林 壽郎荒井 基夫
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2004 年 60 巻 1 号 p. 16-20

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The commercial cellulase was chemically modified with a water soluble polymer with the aim of increasing molecular weight of the enzyme. Maleic acid methylvinylether copolymer was used as a water soluble polymer. Avicelase activity, the optimal pH of the chemically modified cellulase shifted to the alkali side compared with native cellulase. However, the avicelase activity of the modified enzyme at pH 7 showed 80% of the maximum activity in borate buffer. On the contrary, the activity of native enzyme showed only 30% of the maximum one. The results showed that activation of the modified enzyme occurred in the presence of borate ion. Using the effect, the biopolishing of cellulosic fiber might possible. The decline of breaking strength of ramie yarns was improved, when the modified enzyme was used.
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© 2004 The Society of Fiber Science and Technology, Japan
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