查询词典 differentiation of a function

Thus gp130 is the common signal transduction molecule. Gp130 molecule expresses universally on many tissues including immune system, hemapoietic system, and nerve system. Gp130 has an essential role in the function and regulation of the above systems, especially in the development of hemapoietic system. The signal transduced by gp130 is necessary during the differentiation and proliferation of hemapoietic cells. It is evidenced that the embryo of gp130 gene-knockout mouse was dead due to a serious impediment of the development of hemapoietic system.

Gp130在人体组织细胞上广泛性表达，介导和调节机体的免疫、造血以及神经系统的生理功能，尤其是在造血系统的发育过程中，具有极其重要的作用，动物实验表明，敲除小鼠的gp130分子基因可以使其在胚胎的早期阶段产生严重的造血系统障碍，最终导致流产，由此表明在造血细胞的分化、发育和生物学行为中，gp130介导的信号是必不可少的。

Interleukin-1β can promote the differentiation of mesencephalic neural stem cells into dopaminergic neuron with enough amount and mature appearance and function.

白细胞介素1β可明显促进中脑神经干细胞分化为数量足够、形态及功能成熟的多巴胺能神经元。

The experimental study is to explore the effect about rhEPO on neuromotor function, secondary pathology change and expression of NTF and the apoptosis of neural cell, which administered at different time after traumatic spinal cord injury. The experimental study is devided into three parts: The first part The effect of rhEPO on NT-3 and NGF expression after traumatic spinalcord injury Objective Nerve growth factor and neurotrophic factor–3(NT-3) are chief members in neurotrophic factors family, which can promote nerve cell survival、growth and differentiation.

本研究拟在脊髓损伤后不同时间应用促红细胞生成素干预，探讨其对神经运动功能和继发性病理改变的保护作用及对神经营养因子表达和神经细胞凋亡的影响，共分为以下三个部分：第一部分脊髓损伤后促红细胞生成素对NGF、NT-3表达的影响目的：神经生长因子和神经营养因子-3(NT-3)是神经营养因子家族的主要成员，是机体产生的能够促进神经细胞存活、生长、分化的一类多肽或蛋白质因子。

On these basis, databases related to transcriptional regulation and the information library of the network of gene regulation will be established, which may greatly promote the study on the function of genome, gene therapy and elucidation of the mechanism of ontogenesis, cell differentiation and the development of tumor and cardiovascular diseases.

在此基础上，开发相应的DNA分析软件，建立与基因表达调节相关的数据库，构建基因表达调节的网络体系，对基因组功能的研究，对细胞分化、个体发生、肿瘤和心脑血管疾病发病等机制的研究以及对基因治疗的研究无疑具有重要的意义。

Based on the above technologies, databases related to transcriptional regulation and the information library of the network of gene regulation will be established, which may greatly promote the study on the function of genome, gene therapy and elucidation of the mechanism of ontogenesis, cell differentiation and the development of tumor and cardiovascular diseases.

在此基础上，可建立与基因转录调节相关的数据库，这对基因组功能的研究，对细胞分化、个体发生、肿瘤和心脑血管疾病发病等机制的研究以及对基因治疗的研究都会具有重要的意义。

Genes can only affect ontogenesis through varying the cells' repertoire of differentiation, but this, in turn, may have secondary effects upon structure, function, and capacities.

基因可能只经由改变细胞的不同功能来影响个体发育，但依次说，它第二作用在的就是结构、功能和容量。

The route through which genes affect the over-all patterns of structure and function is their action upon and direction of ontogenesis, especially the prolonging and shortening of growth and differentiation periods; genetic variations between species should, therefore, find their immediate and most dramatic expressions in embryological and postnatal developmental histories.

基因影响全部的结构模式和功能的路线是他们行动和个体发生的方向，尤其发展和不同时期的延长和缩短；因此，种类间的基因变化应该找出他们直接和最引人注目的的表示在胚台学上和产后发展的历史。

Objective To investigate the effect of Simvastatin on function of osteoblastic cell differentiation of human bone marrow stromal cells in vitro, and to study the mechanisms of anabolic effect of Simvastatin on bone formation.

目的 观察辛伐他汀对体外培养的人骨髓基质干细胞(Human Bone Marrow Stromal cells， hBMCs)成骨分化功能的影响，探讨其刺激成骨的作用机制。

Now it is accepted that osteoblasts, in addition to being directly responsible for bone formation, also indirectly control bone resorption by mediating osteoclastic precursor cells differentiation and mature osteoclasts function.

现在普遍认为成骨细胞除了具有骨形成的直接功能以外，还能够通过介导破骨细胞前体细胞分化和成熟破骨细胞活化过程间接控制骨吸收。

Investigating the interplay of epigenetics, genetics, and gene expression in control of pluripotence and differentiation could give important insights on how these cells function.

表观遗传学、遗传学和基因表达的相互作用在控制多能性和分化中的研究能够对这些细胞如何发挥功能给予重要的洞察。

We have something to do in the new stage.

在这段崭新的时期中，我们有一些要做的。

The difference between tourism decision-making under uncertainty and risky tourism decision-making is indistinctive.

其中不确定性旅游决策和风险旅游决策的界线比较模糊，两者的区分是相对的。