首页> 外国专利> A method for identifying cells exhibiting susceptible to modulation TRANSMISSION receptor-mediated fibroblast growth factor or its variants

A method for identifying cells exhibiting susceptible to modulation TRANSMISSION receptor-mediated fibroblast growth factor or its variants

机译:一种鉴定对调节性TRANSMISSION受体介导的成纤维细胞生长因子或其变体敏感的细胞的方法

摘要

FIELD: chemistry.;SUBSTANCE: invention relates to field of biochemistry. Method of identifying cells, which demonstrate susceptibility to inhibition of signal transmission, which involves receptor of fibroblast growth factor (FGF-R) or its version, which includes determination of the status of phosphorilation of substrate 2 of FGF-R receptor (FRS-2), its version or its fragment, which contains tyrosine, in biological sample, as biomarker of such sensitivity to inhibition, where cells, demonstrating FRS-2 tyrosine phosphorilation, can be expected to demonstrate susceptibility to inhibition of signal transmission with participation of FGF-R. Method of identification of phosphorilation in FRS-2, its version or its fragment, containing tyrosine, as biomarker for cells, tissues or organs. Application of identification of phosphorilation in FRS-2, its version or its fragment, containing tyrosine, as biomarker for cells, tissues or organs, demonstrating hyperactive transmission of signal with participation of FGF-R. Application of reagent of biospecific recognition of FGF-R. Method of identifying cells, proliferation of which requires activation of FGF-R receptor.;EFFECT: application of claimed invention makes it possible to efficiently identify cells, demonstrating susceptibility to inhibition of signal transmission, involving FGF-R receptor, and cells, proliferation of which requires activation of FGF receptor, as well as perform identification of phosphorilation of phosphorilation identification in FRS-2.;10 cl, 2 tbl, 3 dwg, 1 ex
机译:技术领域本发明涉及生物化学领域。鉴定具有抑制信号传导敏感性的细胞的方法,涉及成纤维细胞生长因子(FGF-R)受体或其版本,包括确定FGF-R受体2号底物(FRS-2)的磷酸化状态),其形式或在生物样品中含有酪氨酸的片段,作为这种抑制敏感性的生物标志物,可以证明表明FRS-2酪氨酸磷酸化的细胞在FGF-参与下表现出对信号传导抑制的敏感性。 R.鉴定FRS-2,其形式或片段中含有酪氨酸作为细胞,组织或器官生物标志物的磷酸化的方法。含酪氨酸的FRS-2,其形式或片段的磷酸化鉴定作为细胞,组织或器官的生物标记物的应用,证明了在FGF-R参与下信号的过度活跃传递。 FGF-R生物特异性识别试剂的应用。鉴定其增殖需要激活FGF-R受体的细胞的方法;效果:要求保护的发明的应用使得有可能有​​效地鉴定细胞,表明对涉及FGF-R受体的信号传导的抑制敏感性,以及细胞增殖这需要激活FGF受体,并执行FRS-2中的磷酸化鉴定。10 cl,2 tbl,3 dwg,1 ex

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