igf1

Previous work on model organisms had suggested the role of IGF1 in cancer prevention and aging .

先前研究生物模型表明IGF1的作用在癌症预防和老龄化。

The hormone controlled by the IGF1 gene helps mammals including people grow from birth to adolescence .

由IGF1基因控制的荷尔蒙对哺乳动物-也包括人-从出生到青春期的生长有帮助。

Serum IGF1 levels of those were tested by immunoradiometric assay ( IRMA ) .

用免疫放射分析（IRMA）测定上述标本血清IGF1水平。

Conclusion IGF1 and T have the same impact of somatotrophic during the growth in adolescents .

结论在男性青少年生长发育过程中，IGF-1和T同时起到了促进生长作用。

Objective To quantify the level of insulin like growth factor ( IGF1 ) in serum and investigate its role in the diagnosis of prostate cancer .

目的定量测定血清中胰岛素样生长因子-1（IGF-1）的含量并探讨其在前列腺癌诊断中的作用。

Conclusion The IGF1 has a direct effect on the fusion of cranial suture due to enhancing bone induction of cranial suture cell .

结论胰岛素生长因子1通过增强颅缝细胞的骨诱导促进颅缝的闭合。

It is concentrated on the three dimensional structure of human IGF1 , and the combining regions between IGF1 and relative receptors and binding proteins .

集中介绍了IGF1的三维结构、IGF1与相关受体和结合蛋白的结合区以及二硫键在蛋白质折叠中的重要作用。

But it was impossible to study IGF1 in humans in the same way due to the extreme rarity of the naturally occurring GHR mutation .

但是在人类同样研究IGF1由于的自然发生的GHR突变极端的稀有不可能。

To investigate the cellular responses to IGF1 , researchers bathed isolated human cells in blood serum taken from Laron subjects and from relatives without the mutation .

探讨细胞对IGF1反应，研究人员在血清中培养了莱氏综合症和他们亲戚中没有突变正常的人类细胞。

Insulin-like growth factor 1 ( IGF1 ) and its associated binding proteins and transmembrane receptors ( IGFR ) play an important role in the physiologic process of mammalian growth .

类胰岛素生长因子IGF1及其相关结合蛋白和跨膜受体IGFR在哺乳动物的生长过程中扮演着重要角色。

Objective : To study the effect of glucotrol XL ( glipizide extended release tablets ) on levels of serum insulin like growth factor ( IGF1 1 ) in type ⅱ diabetes .

目的：探讨瑞易宁对2型糖尿病病人血清胰岛素样生长因子1（IGF1）的影响。

Objective : To establish an efficient expression system for human truncated insulin like growth factor 1 〔 Des ( 1 3 ) IGF1 〕 as fusion protein in Escherichia coli ( E.coli ) .

目的：建立人截短型胰岛素样生长因子1的原核高效表达系统。

And GnRHa could reduce the gene expression of growth hormone ( GH ) in pituitary , estrogen receptor ( ER ) in ovary and insulin like growth factors I ( IGF1 ) in epiphyseal cartilage of legs .

垂体中生长激素（GH）、卵巢中雌激素受体（ER）、下肢骺软骨中胰岛素样生长因子1（IGF1）等基因表达水平均下降。