tryptophanase

英

美

网络色氨酸酶; 色胺酸酵素; 色氨酸酵素; 色胺酸酶

Synthesis of SOPC and Its Application to Activity Assay of Tryptophanase
SOPC的合成及其在色氨酸酶活力测定中的应用
Study on the Activity of Tryptophanase in Genetic Engineering Strains and Relationship between It and Expression
色氨酸酶基因工程菌的活力及其与表达关系研究
Methods: Effects of three immobilized materials, temperature, pH, monovalent canons and alcohol on the activity of tryptophanase of immobilized WW-11 were observed by enzyme assay.
方法；通过色氨酸酶活力测定，考察三种固定化材料及温度、pH、单价阳离子和乙醇对固定化WW－11色氨酸酶活力的影响。
Results: PVA served as immobilized carrier of NO. WW-11, and its activity recovery of tryptophanase was 60. 9%.
结果：以聚乙烯醇作为WW－11的固定化载体，其活力回收为60.9%。
Study on Immobilization of Tryptophanase Genetic Engineering Strain and Its Culture Conditions
色氨酸酶基因工程菌固定化及其培养条件的研究
Molecular Cloning and Expression of Tryptophanase Gene of Escherichia coli
大肠杆菌色氨酸酶基因的克隆与表达
Conclusion: The stability of tryptophanase of immobilized engineering strain by temperature and alcohol was superior to that of free strain.
结论：固定化工程菌色氨酸酶对温度、乙醇等的稳定性比游离菌有显著提高。