scaffold protein

Scaffold Protein : the Molecular Glue in Signal Transduction

支架蛋白&信号转导系统中的分子胶水

Axin , a multi-domain scaffold protein , plays an important role in Wnt and JNK signal pathway and p53 activation .

Axin是一个多结构域支架蛋白，对Wnt，JNK等信号途径起重要的调控作用，并且还参与了p53的活化。

Axin has emerged as a major scaffold protein for regulating a variety of signaling pathways and biological functions .

在不同的信号传导途径中，Axin以其不同的结构域和不同蛋白结合发挥各种生物学功能。

Sp100 is one scaffold protein of PML-NBs , participating in kinds of important cellular activities which include anti virus , transcriptional regulation and apoptosis .

Sp100作为PML-NBs结构重要组成蛋白，参与抗病毒，转录调控，细胞凋亡等重要的细胞活动。

Peptide aptamers ( pepaptamers ) are combinatorial recognition molecules that consist of a constant scaffold protein displaying a doubly constrained variable peptide loop .

它的主要结构包括恒定的展示支架蛋白及通过两端限制性插入的高变肽环。

As a scaffold protein , Axin has many binding domains , through which it interacts with many important components of signaling pathways , to regulate the balance of the signaling transduction together with other factors .

Axin是一个构架蛋白具有多个结合位点，可以与信号传导途径中多个成员结合构成复合物，共同调节信号传导系统的平衡。

Background and objective The present experimental data have showed that the function of kinase suppressor of Ras ( KSR ) is mainly as a scaffold protein that coordinates the assembly of a multiprotein complex containing MAPK and its upstream regulators .

背景与目的已有的实验证据表明，Ras激酶抑制剂（kinasesuppressorofRas，KSR）的功能主要是作为一个支架蛋白组装MAPK及其上游调控子形成多蛋白的复合体。

Study of release properties of collagen / hydroxyapatite bone tissue engineering scaffold incorporated protein in vitro and in vivo

复合蛋白药物的胶原/羟基磷灰石骨组织工程支架材料的体内外释放特性

It indicated that Ag staining protein was nonhistone protein of chromosome scaffold and protein components of RNP , that is , nonhistone protein observed , protein components of RNP and Ag staining protein was the same .

说明RNP中的蛋白质含有银染的酸性蛋白，即所观察到的染色体骨架非组蛋白、RNP中的蛋白部分、银染蛋白三者是一致的。

Stem cells grew , multiplied and differentiated into brain cells on a new three-dimensional scaffold of tiny protein fragments designed to be more like a living body than any other cell culture system .

干细胞在新的小蛋白碎片三维框架生长、繁殖和分化成为脑细胞，比在其他细胞培养体系中更好。