recognition protein

To Study on Human Peptidoglycan Recognition Protein

关于人类肽聚糖识别蛋白的实验研究

The Research Progress of Abalone 's Gamete Recognition Protein

鲍配子识别蛋白的研究

The protein is a mismatch recognition protein called MutS .

这个蛋白质就是错配识别蛋白MutS。

Peptidoglycan recognition protein is an important pattern recognition receptor and play an important role in the insect innate immune response .

肽聚糖识别蛋白（Peptidoglycanrecognitionprotein，PGRP）是一类模式识别受体，在昆虫的先天性免疫反应中起着重要的作用。

Cloning and prokaryotic expression of the gene encoding PGRP domain of mouse long peptidoglycan recognition protein

小鼠PGRP-L分子PGRP结构域基因的克隆及其在大肠杆菌中的表达

Purification and partial biological functions of β - 1,3-glucan recognition protein from Tenebrio molitor ( Coleoptera : Tenebrionidae ) larvae

黄粉虫β-1,3-葡聚糖识别蛋白的分离纯化及部分生物学功能

Its recognition protein is an S-locus special glycoprotein ( SLSG ) ( S-protein ) that is a kind of major function protein controlling higher plants , self-incompatibility .

高等植物自交不亲和性在遗传上受S-位点（S-Locus）控制，其识别蛋白是S-基因编码的S-位点特异性蛋白（SLSG）（S-蛋白），是决定植物自交不亲和的关键性功能蛋白质。

Lipopolysaccharide and beta 1 , 3 glucan binding protein ( LGBP ) plays a crucial role in the innate immune response of invertebrates as a pattern recognition protein .

作为模式识别蛋白的脂多糖葡聚糖结合蛋白（Lipopolysaccharideandbeta1,3glucanbindingprotein，LGBP）在无脊椎动物的免疫系统中发挥着重要作用。

The Recognition of Protein Name in the Biomedical Documents

生物医学文献中的蛋白质名识别

Toll-like Receptor 9 : CpG DNA Recognition Key Protein

CPGDNA特异性识别的关键蛋白Toll样受体-9

The research on accurate protein coding regions Localization . The recognition of protein coding regions is an important research subject in gene prediction .

蛋白质编码区的预测方法研究：蛋白质编码区辨识是基因预测的重要研究课题。

Research on Multiple Sequence Alignment is significant for recognition of protein domain structure , prediction of secondary structure , gene identification , and molecular phylogenetic analysis and so on .

研究多序列比对对于蛋白质的功能域识别、二级结构预测、基因识别以及分子系统发育分析等具有重要的意义。

In this thesis , a series of studies on the mechanism of interactions and recognition of protein have been done by using the molecular docking and amino acid network methods .

本论文采用分子对接和氨基酸网络方法等分子模拟方法，对蛋白质间相互作用与识别机制进行了一系列基础性的研究工作。

By imitating four biological principles , namely , match-based recognition in protein sorting , substitution among homogeneous cells , differentiation of stem cells , and conversion between heterogeneous cells , we design the architecture of bio-inspired computing array , which supports hierarchical self-healing .

通过对蛋白质标记与识别、同类细胞替换、干细胞分化和异类细胞转换四种生物机制的模仿，设计了计算阵列的结构，该结构具有层次化自修复的能力。

The coefficient of correlation is significant and The potency is more than 1: 8000.The result of assayed the modified GoT / transgenic rice with the two antibodies approved that both of the antibodies can special immunological recognition the protein which roughly extracted from the rice lamina .

核酸免疫抗体及蛋白免疫抗体检测转修饰动万基因水稻的结果表明，两种方法制备的抗体均能特异性与水稻叶片的粗提蛋白反应。

As the energy carrier and important biological information molecules , sugar plays a crucial role in many important physiological processes , and also controls the transmission of biological information through their specific recognition with the protein .

糖作为人体能量的载体和重要的生物信息分子在许多重要的生理过程中发挥着至关重要的作用，并且可以通过与蛋白质的特异性识别控制生物信息的传递。

Study on Interactions and Recognition between Ligand and Protein

配体&受体相互作用与识别的研究

Molecular recognition induced formation of protein / nucleic acid multilayers

分子识别诱导的蛋白质和核酸多层膜的有序组装

Molecule Recognition Based on the Protein Phosphorescence and Fluorescence

基于蛋白质内源荧光磷光的分子识别作用研究

By E values and training scores an experiment for recognition and classification of protein family is given .

根据E值和训练分数进行蛋白质家族的识别和分类。

Recognition of a-Helices in Protein Structures by Iron ( III ) Complexes via A Hydrolytic Pathway

多核铁配合物通过水解途径识别蛋白质a螺旋