1.
Establishment of subclones with controllable expression of connexin32 in hepatocellular carcinoma cells
肝癌细胞中Connexin32蛋白可调控表达亚克隆的建立
2.
Construction of a Tetracycline-regulated recombinant adenovirus vector expressing hBMP2
可调控表达人骨形态发生蛋白2基因的腺病毒载体系统的构建
3.
controlled expressio
受控表达，可控表达
4.
The Research on Regulable Platid Expression System in Tabacco;
可调控的烟草叶绿体转基因表达体系研究
5.
Acquisition, Integration and Visualization of Gene Expression and Regulation Information;
基因表达调控信息的获取、集成和可视化
6.
MEF2C regulats DOK5 gene expression
MEF2C调控DOK5基因的表达
7.
Regulation of Dopamine Receptors on Cocaine Induced Gene Expression and MAPK Signaling Pathway Activation;
多巴胺受体对可卡因诱导的基因表达和MAPK通路激活的调控
8.
The Construction of the Expression Vector of Transmembrane TNF α Containing the PPRE Promotor and Its Synergistic Effect with ω-3PUFA on Tumor Cells;
ω-3脂肪酸可调控的跨膜型TNFα表达载体的构建及其抗癌效应研究
9.
Construction and Identification of tetR-expressing Cell Line on L428 Cell Line for Tetracycline-regulated Gene Expression;
可调控基因表达系统在霍奇金病细胞株（L428）中构建
10.
Constrution of Tetracycline -Inducible Mice Urokinase Plasminogen Activator Eukaryotic Expression Vector and its Expression in Huh7 Cells
可调控小鼠尿激酶原激活剂真核表达载体的构建及其在Huh7细胞中的表达
11.
Designed system can control the rotation speed of pneumatic motor effectively and thus get the adjustable feeding speed of the thread.
实验表明:该控制系统可有效控制气动马达转速,得到可调节的喂丝速度。
12.
Further research shows that we can achieve the purpose of energy-saving and the purpose of temperature control by using inverter to the water system of the building air-condition system.
结果表明，通过变频技术来控制空调循环水流量可达到节能和调节温度目的。
13.
Human β-defensin-1 Gene Expression and Transcription Regulation
人β-防御素-1基因表达与转录调控
14.
The Preliminary Study on Regulatory Mechanism of Human SPLUNC1 Expression;
人SPLUNC1基因表达调控机制的初步研究
15.
Study on the Cloning and Expression of Angptls in Pig;
猪Angptl家庭基因的克隆、表达及调控研究
16.
Regulation Mechanism of Human SIRT1 Gene Expression;
人类长寿基因SIRT1的表达调控机制研究
17.
Study on Expression and Regulation of Drought-Induced Genes in Haloxylon Ammodendron;
梭梭干旱诱导表达基因及其调控研究
18.
The Study on Heart Failure Mechanism and hKv4.3 Gene Expression Regulation;
心衰机理及hKv4.3基因表达调控研究