birch lignocellulose白桦木质纤维素
lignocellulose material纤维物料
Lignocellulose degradation木质纤维素降解
lignocellulose materials木质纤维素原料
lignocellulose biomass木质纤维原料
lignocellulose waste纤维素废弃物
lignocellulose hydrolyzed纤维素水解
Amount of lignocellulose decomposed木质纤维素降解量
lignocellulose degradation bacteria木质纤维素分解菌
The synergetic mechanism between plant/microbe originated active protein and cellulases during enzymatic hydrolysis of lignocellulose is concluded. The future application of plant and microbe originated active protein in assisting cellulases to construct an economic-efficient lignocellulose-to-sugar platform is outlooked.
综述了微生物源活性蛋白(水解酶和酶促因子)和植物源活性蛋白(水解酶和酶促因子)分别应用于木质纤维素-糖平台的研究进展,总结了植物/微生物源活性蛋白协同纤维素酶水解木质纤维素的作用机制,并对由植物/微生物源活性蛋白组合构建经济高效的纤维素酶水解体系进行了展望。
参考来源 - 植物/微生物源活性蛋白协同纤维素酶水解木质纤维素的研究进展N（名词） a compound of lignin and cellulose that occurs in the walls of xylem cells in woody tissue 木质纤维素