cres

The Design of Compliance System CRES Based on Knowledge

基于知识的柔顺性控制系统CRES的设计

And ② the biochemical function of CRES protein .

CRES蛋白的生物学功能。

Investigation of the regulation and function of the CRES subgroup may help to elucidate the molecular mechanism of sperm development and maturation .

探究CRES亚类的表达调控及其生物学功能将有助于阐明精子发生与成熟过程的分子机制。

Furthermore , CRES protein lacks two of the three consensus sites necessary for the cystatin inhibition of C1 cysteine proteases .

cystatin对C1半胱氨酸蛋白酶抑制作用的发挥必须有3个共有位点的参与，而CRES蛋白缺少其中的2个位点。

CRES subgroup-new member of the cystatin superfamily of cysteine protease inhibitors

胱蛋白酶抑制剂超家族中的新成员&CRES亚类

Objective : To investigate the expression pattern of the cystatin related epididymal spermatogenic ( Cres ) gene in mouse testes and epididymis during postnatal development .

目的：研究胱蛋白酶抑制剂相关的附睾精子发生（Cres）基因在生后不同发育阶段小鼠睾丸及附睾中的表达规律。

In the present review , we describe our studies on : ① the Cres gene promoter and the transcriptional regulatory proteins and their associated DNA binding sites that may be important for tissue specific expression ;

本文概述了以下方面的研究：①Cres基因启动子及其转录调节蛋白相关的可能对Cres的组织特异性表达有重要作用的DNA结合位点。

Conclusion : The time dependent expression pattern of the Cres gene in postnatal mouse testes and epididymis suggested that the Cres gene might be involved in the regulation of spermatogenesis and sperm maturation .

结论：Cres基因在生后不同发育阶段小鼠睾丸及附睾中呈现明显的规律性表达，可能参与精子发生、成熟过程的调控。

Objective : To investigate the effects of experimental left varicocele ( ELV ) on the cystatin - related epididymal spermatogenic ( CRES ) protein in the testis and epididymis of adolescent rats .

目的：研究青春期大鼠实验性左侧精索静脉曲张（ELV）对睾丸和附睾中胱蛋白酶抑制剂相关的附睾精子发生（CRES）蛋白表达的影响，探索精索静脉曲张导致不育的机制。

Without tree or chenopod roots to hold the soil in place , the wind shaped the sand into an endless sea of towering cres ¬ cent dunes that stretched to the horizon and beyond .

没有了树木和藜类植物的根来固定土壤，风把沙塑造为一片直达地平线之外的耸立的半月形的沙丘所形成的无尽之海。