1.
Using DNA Shuffling Method to Generate Thermosensitive CI Repressor Protein of λ Phage;
利用DNA改组技术产生λ噬菌体CI温敏阻遏蛋白
2.
DNA Shuffling and Screening for Obtaining Lactose Super-Repressor in Escherichia Coli;
DNA改组和筛选获得大肠杆菌乳糖操纵子超级阻遏蛋白
3.
Expression, Purification and Functional Identification of the Recombinant Human CREG/myc-His Glycoprotein;
重组人E1A激活基因阻遏子/myc-His融合糖蛋白的表达纯化及功能鉴定
4.
Proteomics Analysis of a purR Super-repressing Mutant of Salmonella Typhimurium
鼠伤寒沙门氏菌purR超阻遏突变体蛋白质组学分析
5.
Effect of cellular repressor protein of E1A-stimulated genes on the apoptosis of human umbilical vein endothelial cells
E1A激活基因细胞阻遏子蛋白在人脐静脉内皮细胞凋亡中的作用
6.
Epigenetic repression of cellular genes with viral SET protein--a kind of new possible technique causing transcriptional silencing
病毒SET蛋白对细胞基因的表观遗传学阻遏——一种可能的基因沉默新技术
7.
Lymphatics are occluded with fibrin.
淋巴管受纤维蛋白阻塞。
8.
BbCrel, a Carbon Catabolite Repressor, Influences the Growth, Conidial Yield and Virulence of Beauveria Bassiana;
碳源代谢阻遏子BbCrel影响球孢白僵菌生长、产孢和毒力
9.
Screening of white rot fungi resistant to nutritional repression and high producing ligninases and enzyme-production kinetics
抗营养阻遏高产木素酶白腐菌的选育及其产酶动力学
10.
Decolorization of Naphthol Green-B by Removing Nutritional Repression and High Producing Ligninases Mutant of White Rot Fungus pc5305
抗营养阻遏高产酶白腐菌pc5305对萘酚绿-B染料的脱色效果
11.
Screening of Removing Nutritional Repression and High Producing Ligninases Mutant of White Rot Fungi, Enzyme-production Characteristics and Used to Dye Decolorization
抗营养阻遏高产木素酶白腐菌选育及其产酶特性和对染料的脱色作用
12.
A Sensitive Assay for IgA protease of Neisseria Gonorrhoeae by ELISA Blockage
ELISA阻断法快速检测淋球菌IgA蛋白酶
13.
Obstructing and Obstructing,then Letting it Flow--An analysis of narrating of the fiction worried;
阻遏、阻遏,然后任其流泻——短篇小说《苦恼》的叙事分析
14.
A Study on Serum Transferrin and Ceruloplasmin of Peripheral and Portal Vein Blood in Patients with Obstructive Jaundice
梗阻性黄疸外周血和门静脉血转铁蛋白和铜蓝蛋白水平研究
15.
Severe punishment is a strong deterrent to crime.
严厉的惩罚是犯罪强力的遏阻方法。
16.
Fear of consequences is a common deterrent from wrongdoing.
一般不做坏事遏阻原因是害怕后果。
17.
Enzyme repression was discovered by Jacques Monod in 1953.
酶的阻遏作用是Monod于1953年发现的。
18.
The repressor is essentially a negative control mechanism.
阻遏物基本上是一种负控制机制。