查询词典 regulate

The endocrine factors which regulate growth and metabolism are also affected on puberty and gonadal development.

许多调节生长和代谢活动的内分泌因子对青春期或者性腺的发育产生影响。

The endocrine factors which regulate growth and metabolism are also affected on puberty and gonadal development.

同样，调节生殖活动的许多激素亦同时对生长和代谢产生影响。

The bodies have much greater potential to regulate spermatogonial stem cell proliferation and differentiation. The dosage of GFRα1 mRNA produced by undifferential spermatogonial cells regulates the signal transduction of glial cell-derived neurotrophic factor so as to regulates the direction of spermato gonial stem cells: at a low level, spermatogonoial stem cell favors differentiation; at a high level, spermatogonial stem cell favors self-proliferation.

GFRαl在小鼠生精恢复过程中以剂量相关性调控著胶质细胞源性神经营养因数资讯传人，从而调控著精原干细胞的去向：高剂量时诱导其增殖，低剂量时诱导其分化。

Objective:To investigate the effect of Jiangu Granula on the concentration of three Ca~2+ regulate hormone of osteoporosis rats.

目的：探讨健骨颗粒对骨质疏松模型鼠三种主要钙调节激素水平的影响。

It may keep youth, has cosmetology value activate blood flow, soften vas and has notable efficacy on cardiovascular and cerebrovascular diseases, hypertension, heart disease and gynecopathy, also could harmonize liver, spleen and stomach ,regulate "qi".

玫瑰花是一种珍贵的药材，美容养颜，通经活络，软化血管，对于心脑血管，高血压，心脏病及妇科有显著疗效，调和肝脾，理气和胃。

Therefore,foliar spraying ofboron was the main measure during flowering period so as to stimulate thegermination and growth of pollen tube,regulate endogenous hormone balance ofovary and promote gynospore formation and,during the phase of young embryodevelopment,spraying of relevant plant growth regulators and potassiumsupplement were essential to stimulating the increasing of endogenous GA1/3 andiPAs,raising the key nutritious substance content in ovary and promoting youngembryo development.

因而花期调节以喷B为主，以便促进花粉管萌发生长，调节子房内源激素平衡，促进大孢子形成；幼胚发育期以植物生长调节剂喷布和K素补充为主，以便启动子房内源GA1/3、iPAS等上升，增加还原糖、淀粉、蛋白质积累和K素吸收，促进幼胚发育。

It supply energy and nutrition to preserve your health, to regulate substance metabolize of your body, to strengthen the function of your heart, lung and hematogenic systems, etc

既可有效地补充人体能量和营养物质，又能调节机体内物质代谢，增强机体的自稳状态，提高抗病免疫力，改善心肺功能和造血系统的功能，促进血液循环等，达到滋补、强身养颜、瘦身、防病、延寿等作用。

In the biological functionaddition, both biochanin A and hesperitin might inhibited the colony -formation forming ability of K562 cells through up-regulated Notch signaling. Besides,The treatment with biochanin A and hesperitin enhanced the erythroid-differentiation of K562 cells. It is important to investigate Tthe molecular mechanisms of biochanin A and hesperitin to regulate the endogenous CBF1-dependent Notch signaling will be further investigated.

在生物功能方面，biochanin A与hesperitin可能经由Notch讯息传导的活化，抑制了K562细胞群落的形成，除此之外，这两种药物均明显促进K562细胞往红血球分化。biochanin A与hesperitin对於CBF1所媒介之内生性Notch讯息传导的分子调控机制仍有许多问题尚未厘清，需要更多的实验与研究来讨论。

The transforming growth factor-β superfamily, a large group of highly conserved growth factors including TGF-βs, activins and BMPs, regulate a wide variety of cellular functions such as proliferation, differentiation, apoptosis and migration. Signals from these growth factors are transduced by a group of Smad proteins. To date, there are nine vertebrate Smads, including the receptor-activated Smads , Smadsl-3, 5 and 8, the common mediator Smad4 and Smad4β, and the inhibitory Smads, Smad6 and 7. Signaling is initiated when the ligand induces assembly of a heteromeric complex of type Ⅱ and type Ⅰ TGFβ receptors. Then R-Smads are directly phosphorylated by activated type I TGF-β receptors.

在多种SMADS中，SMAD5令我们产生兴趣，基于三个原因：1、Smad5基因敲除胚胎中发现卵黄囊的异位造血以及CFU-GM祖细胞数目增加，表明SMAD5可能是早期造血发育的负向调控基因。；2、应用反义核酸封闭Smad5可以逆转TGF-β对祖细胞增殖的抑制效应，表明它可能介导TGF-β信号转导，后者的异常，包括某些SMADS的功能异常，和白血病紧密相关；3、Smad5基因定位在人染色体5q21，此区域的缺失和急性髓系白血病和骨髓增生异常综合症相关，因此，Smad5被怀疑为白血病抑制基因。

Conclusiondangguishaoyao-san could regulate the content of cgrp and ss in hippocamp and improve the learning and memory capability of model mouse.

结论当归芍药散通过调节脑海马神经肽cgrp和ss含量，可改善血管性痴呆小鼠学习与记忆能力。

Chimborazo and Cotopaxi, took me by the hand.

越过琴博腊索山和科托帕克西山。

This car is in a good condition.

这辆车的状况很好。