研究表明,纤维素小体由多种纤维素酶组成,只有完整的纤维素 酶小体方可降解微晶纤维素(crystalline cellulose)。此外,人们进一步发 现[64种】,这一类细菌的纤维素酶体(cellulosome)是由多个CBD、CD 通过doekin protein和lingker连接在一...
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crystalline cellulose powder 结晶纤维素粉
crystalline cellulose membrane 阴离子交换纤维素膜
hydrolyzing crystalline cellulose 降解结晶纤维素
dialdehyde nano-crystalline cellulose 双醛NCC
rod-like nano-crystalline cellulose 棒状纳米微晶纤维素
crystalline cellulose solubilizing factor 为结晶纤维素溶解因子
The degradation of crystalline cellulose is the key problem to improve the efficiency of cellulose utilization.
结晶纤维素的降解是提高纤维素利用效率的关键之一。
参考来源 - 瑞氏木霉纤维二糖水解酶(CBHⅠ)丝状真菌表达体系的构建·2,447,543篇论文数据,部分数据来源于NoteExpress
The researchers called this method a "green process, " requiring only heat, the crystalline cellulose and the metal salts.
研究人员称他们的方法为“绿色处理”,因为它仅仅需要加热、晶格化纤维素和金属盐。
Our study also indicated that CBH can non-hydrolytic disrupt the structure of cellulose fibers, and leads to synergism for EG in hydrolysis of crystalline cellulose.
CBH的纤维素结合结构域吸附纤维素后会导致纤维素超分子结构的破坏; 则为EG的作用提供了条件。
The high content of crosslinked gel, 98%, for liquid crystalline cellulose and its derivatives is available, and they exhibit obviously different swelling behaviors as compared with anisotropic gel.
其液晶交联凝胶中,凝胶所占质量分数高达98% ,以及具有显著不同于各向同性态凝胶的溶胀行为。
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