跨膜传递

结论肥厚心肌存在机械信号跨膜传递障碍。

Conclusions There are disorders in the signal transduction pathways in hypertrophic myocardium .

人是怎样与世界统一的&一个关于细胞信息跨膜传递特异性的假说

The unity of mankind and the world & a hypothesis for the specificity of transmembrane signal transduction

蛋白激酶C（PKC）是一类Ca2+、磷脂依赖性的蛋白激酶，在中枢神经系统跨膜信号传递过程中起着重要作用，并参与癫痫发病时的信号转导。

PKC was a kind of Ca2 + , phospholipid-dependent protein kinase and played an important role in the central nervous system transmembrane signal transduction . It also participated in the signal transduction pathway in epilepsy .

背景与目的生化及遗传学研究提示ras蛋白在细胞增殖分化信号从激活的跨膜受体传递到下游蛋白激酶的过程中起重要作用。

Background and objective Biochemical and genetic researches suggest that ras protein plays an important role in transduction process of cell proliferation differentiation signals from activated transmembrane receptors to substream protein kinases .

牵张刺激心肌细胞肥大的跨膜信号传递机制研究

Investigation on Mechanism of Signal Transmembrane Transduction of Cardiomyocyte Hypertrophy Induced by Stretch

肠致病性大肠杆菌感染靶细胞过程中的跨膜信息传递

Transmembrane Cascade in Host Cells During EPEC Adhension

NM23/NDPK对转移性小鼠前胃癌细胞的跨膜信息传递的调节作用

Effects of NM23 / NDPK in Signal Transduction of Metastatic Mouse Forestomach Carcinoma Cells

膜与蛋白的联合体是跨膜信号传递中至关重要的部分。

The membrane bond protein complexes are critical for the transmition of signal across the plasma membrane .

肾虚雄性大鼠红细胞膜组分及跨膜信息传递变化的实验研究

Experimental Study on Constitution of Erythrocyte Membrane and Change of Transmembrane Information Transmission in Male Rats of Kidney asthenia

目的：探讨肾虚对细胞膜的结构和功能及其跨膜信息传递的影响以及补肾中药的作用机制。

The constitution and function of erythrocyte membrane and the changes of transmembrane information transmission in rats of kidney asthenia were investigated .

结论说明高、低转移性癌细胞在跨膜信息传递方面存在差别，深入研究其具体机制将有重要意义。

Conclusion There is internal difference in signal transduction between the high and low metastatic cancer cells , and it is significant to study the difference in detail .

结论：肾虚雄性大鼠具有细胞膜结构和功能的改变，可能影响膜的不对称性和流动性及跨膜信息传递。

It is concluded that the change of constitution and function of membrane in male rats of kidney asthenia can have effect on the asymmetry , fluidity and transmembrane information transmission .

按GO分类系统，消减库中EST参与新陈代谢、细胞生长与分裂、细胞结构组成、跨膜运输、信号传递、胁迫应答、转录调控、翻译、蛋白降解等生命过程。

According to GO classification system , the ESTs acquired in the libraries are involved in metabolism , cell growth and division , cell architecture composition , transmembrane transport , signal transduction , stress response , transcriptional control ,, translation , protein degradation and other vital process .

离子通道是细胞膜上的蛋白质孔道，离子的跨膜流动是细胞传递信息的基础。

Ion channels are protein pores of cellular membranes and ion flow is the basis of signal transfer between different cells .