Sh2 domain can specifically recognize phosphated tyrosine residue , and mediate receptor tyrosine protein kinase signal transduction Shz结构域可以特异性识别磷酸化酪氨酸短序列，介导受体酪氨酸蛋白激酶信号转? 2 ?导途径。
In order to assess the function of rbp - j , a yeast two - hybrid screening using rbp - j as a bait protein was employed and a lim protein , kyot , was isolated Kyot是一种lim结构域蛋白，有两种亚型kyoti和kyotz ，在染色体上由同一基因编码
The expressed proteins were purified by ni2 + chelation affinity chromatography . the recombinant proteins were prepared with the purity more than 95 % 用ni ~ nta亲和层析柱进行纯化，获得1 ’ rka膜外域各结构域重组蛋白，纯度均在95 %以上。
The sds - page analysis revealed that the trka extracellular domains proteins were highly expressed and accumulated up to above 30 % of the total bacterial proteins after iptg induction 称a膜外域结构域重组蛋白表达量均占全菌蛋白的30 %以上。
The cub domain and serine protease domain 01 clsp closely resembled the corresponding domains of clr ( 48 % and 58 % identity , respectively ) Clsp的cub结构域和丝氨酸蛋白酶结构域与clr相应的结构域之间的相似性( simllarity )分别为为48 %和58 % 。
The amino acids sequence of pgl29 is 44 % identical to lst8p from s . cerevisiae and four wd40 domains found in its entire amino acids sequence 在pgl29的编码蛋白中，共有4个wd40结构域。其全长氨基酸序列与模式生物酿酒酵母中的lst8p有440的问源性。
This study shed a little light on the understanding of the jasmonate signaling pathway , and the major results are shown as following f l Xie等克隆了coi1基因，发现它编码一包含有f - box结构域的蛋白，并推测它可能通过形成scfcoi1复合体调控茉莉素的信号传导途径。
The sequence is homologous with the putative gene ak024799 in genbank . the structure , position and . function of ak024799 are not reported yet . so , we analyzed the characterization 用蛋白子分析软件分析发现该基因有一个sh _ 2结构域，因此称该基因为sh _ 2a ，定位于8p22 。
Based on the homology comparison , gene expression pattern and the domain analysis , we presumed that a - 1b glycoprotein might play a role in the proliferation process of the cell 通过同源分析、基因表达谱分析及结构域分析，推测- 1b糖蛋白可能在细胞的增殖过程中起作用。
These results indicated that molecules of tle family might play a role in gp130 signaling . the amino - terminal regions of aes and tle are highly homologous , both contains q ( glutamine ) domain 已知tle可通过q结构域形成四聚体，而且四聚体的形成对tle发挥转录抑制功能来说是必需的。
