传导过程 meaning in English
conductive process
Examples
- Arc1 , thl1 and thl2 , the substrate protein genes of s receptor kinase , were cloned through a series of methods of molecular biology such as pcr , rt - pcr , dna cloning and sequencing . the resultings sequences were highly analysed by using the related biosoftwares on internet , providing new insights in the field of the molecular mechanism of self - incompatibility in plants . the major results are as followings : 1
本文通过pcr和rt - pcr等一系列分子生物学方法克隆了芸薹属植物中的甘蓝和油菜自交不亲和信号传导过程中srk底物蛋白基因arc1 、 thl1和thl2 ，并使用各种相关生物信息学软件对srk底物蛋白基因序列进行了分析，然后在internet网上利用在线软件对蛋白质的结构和功能进行了预测和探讨，以期为芸薹属植物自交不亲和性的分子机理的研究提供新的内容。 - So we first make new understanding of the function of monetary market , which forms the theoretical base for analysis on performance of monetary market . in part 3 , we research on that microeconomic subjects seek extra - systematic benefits under circumstance of the power change , results in low efficiency of monetary market in monetary transmission . since transactions of microeconomic subjects provide a substitute channel of profit - obtaining for monetary market , the channel transforming savings into investments is affected , and then the monetary policy transmitted monetary market is inefficient
第三部分：研究了在微观经济主体权能发生改变的情况下，谋求制度外收益的行为导致了中国货币市场在传导货币政策上的微效，货币市场微观主体货币市场交易行为对于货币政策传导过程的影响在于货币市场提供了替代性获利渠道，货币市场替代了储蓄向投资的转化，导致了通过货币市场传导的货币政策微效。 - According to the analysis of the present condition and characteristics of our monetary policy and its transmission mechanism , this paper puts before us various problems cropping up in the transmission of our monetary policy because of present money supply , control of interest rate , the system of commercial banks and international capital flows , and further raises proposals to eliminate the blocks in the transmission of monetary policy
摘要本文分析了当前我国货币政策及其传导机制的现状和特点，并据此提出在现行条件下货币供应量、利率管制、商业银行体制和国际资本流动对我国货币政策的传导产生的种种问题，进而提出了减小货币政策传导过程中阻滞的建议。 - The self - incompatibility is involved in a signal transduction process resulted from the interaction between ligand and receptor . up to now , some achievements for ligand and receptor have already been made , but the research progress on downstream protein factors is slower than that of upstream components , highlighting the downstream proteins in priority of research . some downstream components have not been isolated , which are similar to the unknown function of those isolated ones
自交不亲和反应是一种配体和受体相互识别的信号传导过程，在这一过程中，对配体和受体的研究已经取得突破性成果，而对下游的磷酸化蛋白研究相对上游受体来说要缓慢得多，所以对信号传导的下游组分研究显得尤为重要，特?是下游还有许多未分离到的组分，而分离到的组分其功能还不清楚。