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- PTP is a negative regulating factor in the MAPK pathway. MAPK级联途径参与有机体的发育、细胞增殖、激素调节以及逆境胁迫的信号转导, PTP在MAPK级联途径中主要起负调控作用。
- The Relationship Between Negative Regulation Factors in RAS and Renal Fibrosis RAS系统中负向调控因子与肾纤维化的关系
- negative regulation factor Nef
- negative regulation factor(Nef) 负调节因子
- c-Cb1has been found to be a negative regulatory factor of the tyrosine kinases in ZAP-70/SyK family. c-Cb1已经被证实是ZAP-70/Syk家族激酶的负调控因子。
- Pyrexia is an effect due to pyretic cytokine and negatively regulating factors,the reaction is about the regulatory increasing of temperature caused by the response of pyrogen from the body. 结果多种致热性细胞因子和负调节介质共同作用,使机体温核集团对致热原作用发生指向性调控。
- negative regulatory factor NRF
- negative regulatory factor(NRF) 负调节因子
- Negative regulation involves the binding of a repressor to the operator to prevent transcription. 在负向可诱导操纵子中,一个调节的阻遏蛋白质一般会与操纵基因结合,并阻止操纵子中基因的转录。若存在着一个诱导物分子,它会与阻遏基因结合,并改变它的构造,使它不能与操纵基因结合。这可以使操纵基因的转录发生。
- CREB as a transcriptional regulation factor in eucaryotic cell carrie s out the function by itself phosphorylation. CREB是一种细胞核内调控 因子,它通过自身磷酸化实现调节转录的功能。
- Its positive or negative impacts on quality or quantity of angio-genetic regulatory factor play a crucial part for the effects. 活血化瘀法对血管生成调节因子正反两方面质或量的影响对于血管生成的效应起着决定性作用。
- The locomotion of mtm-5 gene knockout group is obviously faster than control group, this suggests that MTM-5 also plays a negative regulation role in the muscle development. mtm-5基因敲除型线虫的运动能力明显比对照组快,暗示其可能与肌肉系统以及整体的发育存在着某种负调控的联系。
- Human interferon Regulatory Factor,IRF Elisa Kit... 人干扰素调节因子(IRF)试剂盒;
- BOULE protein, a new member of DAZ family, is found in 2001, and is the key regulation factor in meiosis of human spermatogenesis. BOULE蛋白是2001年发现的DAZ家族的新成员;是人类精子发生过程中减数分裂的关键调控因子.
- CKI plays a negative regulatory role by inhibiting the activity of cyclin-CDK. 细胞周期调节蛋白在细胞周期中的表达和作用已成为当今研究的热门话题。
- Objective: The p33INGlb was first cloned in 1996. It involved in some biological functions, such as negative regulation of cell proliferation and in the control of cellular aging, anchorage dependence and apoptosis. 目的:p33ING1b是1996年被发现的,它具有多种生物学功能,在细胞生长的负调控、增殖、衰老、肿瘤的锚着依赖性生长、凋亡及细胞周期调控点的调节等方面发挥作用。
- There's a second regulatory factor, however, which intervenes as well. 当然,还有第二个因素,就是有效的政府监管。
- The expression of p16 and Rb protein were significantly correlated with the Dukes staging,especially with stage B.Conclusionp16 and Rb protein make a negative regulation in the P16/CDK/cyclinD/Rb/E 2F pathway. p16蛋白与Rb蛋白表达与Dukes分期显著相关 ,B期表达较C、D期为高。
- HIR/HIRA,encoded by Hir/Hira(histone regulation) genes,were identified as negative regulators of histone gene expression. H ir/H ira基因产物是组蛋白基因表达的一种负调节因子;其在果蝇发育过程中的作用还没有得到确认.
- CD152, a ligand expressed on the surface of the activated T cells that inhibits co-stimulatory signals, is associated with negative regulation of T-cell activation in the antigen-presenting process. CD152是表达于活化T细胞表面的共刺激信号抑制配体,与抗原递呈过程中T细胞活化的负调控有关。