1) cellulolytic enzyme lignin
酶解木素
1.
The results showed that during APMP pulping process, because of the special function of HOO- , the average weight of cellulolytic enzyme lignin increased relatively after APMP pulping and H_2O_2 bleaching.
利用凝胶渗透色谱法和元素分析法测定了尾叶桉酶解木素在过氧化氢化学法化学机械浆(APMP)制浆及漂白过程分子量的变化。
2) ligninase
木素降解酶
1.
The biobleaching of ligninase was through ligninase directly oxidate and degradate the remaining lignin,the results were lower Kappa number and higher brightness,also improve pulp bleachability in the following bleaching stage.
木素降解酶的生物漂白是通过木素降解酶的直接氧化和降解纸浆中的残余木素,以降低纸浆的卡伯值,提高纸浆白度或有利于后续化学漂白剂的漂白,提高可漂性。
2.
The evaluation of technical difficulties in biopulping and the prospect of ligninases applications were discussed.
本文就生物制浆存在的技术难度和木素降解酶的应用前景进行了讨论。
3) enzymatic hydrolysis lignin
酶解木质素
1.
Pouring enzymatic hydrolysis(EH) lignin-polyurethane was synthesized by one-step technique,with partial PEG being substituted with enzymatic hydrolysis lignin abstracted from the residues of cornstalks which were used to make energy alcohol.
从酶解玉米秸秆制备乙醇的残渣中提取的酶解木质素替代部分聚乙二醇,采用一步法制备了浇注型聚氨酯弹性体,并对产物的结构和性能进行了测试。
2.
The synthesis and properties of chlorinated enzymatic hydrolysis lignin (EHL) were reported in this article.
以酶解木质素为原料,在水相条件下通入氯气合成氯化木质素。
4) ligninolytic enzyme
木素降解酶
1.
Nitrogen nutrient can stimulate the production of ligninolytic enzymes by Panus conchatus,the extent of stimulation was related to the sort of nitrogen-containing compounds.
在固体培养条件下 ,外加氮源对Panusconchatus产生木素降解酶有促进作用 ,其作用大小与含氮化合物的种类有关。
5) lignolytic enzyme
木素降解酶
1.
In this paper， hemicellulolytic and lignolytic enzymes and certain enzymeproducing microorganism strains are reviewed．The mechanism of biobleaching and the application of enzymes and／or microorganisms are discussed
对半纤维素酶、木素降解酶及部分研究较多的酶产生菌株给予介绍，并总结探讨酶的漂白作用机理、应用研究现状以及菌种研究等前沿问题。
6) enzyme-mild acidic hydrolysis
酶解―弱酸解木素
补充资料：由绿木霉制备的纤维素酶
CAS: 9012-54-8
中文名称: 纤维素酶；由绿木霉制备的纤维素酶
英文名称: Cellulase；Cellulase, aspergillus niger；Cellulase, trichoderma viride；Fungal cellulase；cellulase from trichoderma longibrachia-tum；Celluase；Cellulase,aspergillus niger；Cellulase,trichoderma viride
生产方法: 一般用黑曲霉或李氏木霉菌进行培养，然后将发酵液用盐析法使之沉淀并精制而成。由此所制得的商品中除纤维素酶外，尚含有半纤维素酶；果胶酶；蛋白酶；脂酶；木聚糖酶；纤维二糖酶和淀粉葡萄苷酶。
用途: 1；酶制剂。2；主要用于谷类；豆类等植物性食品的软化；脱皮；3；用于降低咖啡提物的粘度，最高允许用量为100mg、kg；4；用于酿造原料的预处理；5；用于脱脂大豆粉和分离大豆蛋白制造中的抽提；6；用于淀粉；琼脂和海藻类食品的制造；7；消除果汁；葡萄酒；啤酒等中由纤维类所引起的混浊；绿茶；红茶等的速溶化等。
中文名称: 纤维素酶；由绿木霉制备的纤维素酶
英文名称: Cellulase；Cellulase, aspergillus niger；Cellulase, trichoderma viride；Fungal cellulase；cellulase from trichoderma longibrachia-tum；Celluase；Cellulase,aspergillus niger；Cellulase,trichoderma viride
生产方法: 一般用黑曲霉或李氏木霉菌进行培养，然后将发酵液用盐析法使之沉淀并精制而成。由此所制得的商品中除纤维素酶外，尚含有半纤维素酶；果胶酶；蛋白酶；脂酶；木聚糖酶；纤维二糖酶和淀粉葡萄苷酶。
用途: 1；酶制剂。2；主要用于谷类；豆类等植物性食品的软化；脱皮；3；用于降低咖啡提物的粘度，最高允许用量为100mg、kg；4；用于酿造原料的预处理；5；用于脱脂大豆粉和分离大豆蛋白制造中的抽提；6；用于淀粉；琼脂和海藻类食品的制造；7；消除果汁；葡萄酒；啤酒等中由纤维类所引起的混浊；绿茶；红茶等的速溶化等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条