Clone and Expression of Bovine Recombinant Enterokinase Catalytic Subunit in Escherichia Coli

Progression and study of the catalytic subunit of human telomerase ( hTERT) in tumor therapy

端粒酶催化亚基hTERT在肿瘤治疗中的研究进展

Detection of human telomerase catalytic Subunit in urine exfoliative cells from transitional cell carcinoma of bladder

膀胱移性细胞癌尿脱落细胞端粒酶催化亚基检测及临床意义

Cloning and characterization of human telomerase catalytic subunit ( hTERT) gene promoter

人端粒酶催化亚基hTERT基因启动子的克隆

Study on Expression of the Recombinant Mouse Catalytic Subunit α of cAMP-dependent Protein Kinase

小鼠cAMP依赖的蛋白激酶催化亚基α的重组表达研究

Expression of human telomerase catalytic subunit in K562 and HL-60 cells

K562、HL-60细胞端粒酶催化亚单位的表达

Characteristics of and Application Research on Ternary Catalytic Reactor

三元催化反应器的特性及应用

Experimental experience catalytic reactor design and operation;

具有催化反应器设计和操作的实验经验；

Analysis of Thermal Stability of Three Stages Indirect Heat Transfer Catalytic Reactor

三段间接换热式催化反应器热稳定性分析

Main influencing factors in the research on catalytic conversion of coal-nitrogen

煤氮催化转化研究中的主要影响因素分析

Acetone Analysis Device Based on Catalytic Conversion

基于催化转化的丙酮分析仪

Study on the selective catalytic conversion of light diesel fraction

柴油轻馏分选择性催化转化反应实验研究

Study on Catalytic Conversion of Emission Conducted by a Catalytic Converter

催化转换器对排放物催化转换的分析

Research and development direction in catalytic conversion of CO2 were discussed.

并对CO2研究发展方向进行初步探讨。

Recent Development in the Catalytic Conversion of Natural Gas

天然气催化转化新进展

Sodium Dithionite-induced Reaction of Per ( poly) fluoroalkyl Chlorides with Aromatic Compounds Catalytic Conversion of Alcohol to Corresponding Alkyl Chlorides

全氟或多氟烷基氯代烷在保险粉引发下与芳香烃的反应由醇催化转化为长链氯代烷

Standard of scale in experiment in vitro included 4 items such as lawn, urease test, catalase test and smear with 5 points in each item.

体外实验评分标准：共分为菌苔、尿素酶、H2O2试验、涂片4项，每项5分。

Catabolite gene activator protein

分解代谢基因活化蛋白

CAP: See catabolite gene activator protein.

降解物基因活化蛋白。

The biosynthesis of spiramycin ( SPM) by streptomyces spiramyceticus sp.799 was regulated by carbon and nitrogen catabolite repression as well as end products feedback repression.

本文采用强烈因子处理的诱变方法，配合理性化筛选技术，有意识地消除一些分解代谢物的阻遏和产物对螺旋霉素生物合成的反馈抑制。

Adding inorganic nitrogen source such as NH4Cl 、( NH4) 2SO4 to culture medium, increase glucose concentration and Carbon Catabolite Repression and have no benefit to riboflavin production.

NH4Cl、（NH4）2SO4等无机氮源用作2.5%酵母粉的补充氮源，都能够促进发酵液中葡萄糖浓度增高，引起碳分解代谢阻遏效应，不利于核黄素合成。