secondary structure of protein

Investigation of Secondary Structure of Protein Based on Statistical Mechanics

蛋白质二级结构的统计力学研究

Further Discussion of Prediction of Secondary Structure of Protein from Amino Acid Sequence

由氨基酸序列预测蛋白质二级结构的进一步研究

The Statistical Dependence between Primary Sequence and Secondary Structure of Protein

蛋白质序列与二级结构的统计关联

Predicting the secondary structure of protein based on complex coding method and Support Vector Machine

复合编码支持向量机预测蛋白质二级结构

A formalism of statistical mechanics of secondary structure of protein is established .

蛋白质二级结构预测问题是生物信息学的重要问题之一。

The model in this paper may be useful for predicting algorithms of secondary structure of protein and gene engineering researching .

模型对于蛋白质结构预测算法的改进以及基因工程的研究有辅助作用。

Results : The secondary structure of protein was analyzed by circular dichroism spectroscopy , DBD contain 33 % α - helix , 15 % β - sheet .

结果：圆二色谱仪分析蛋白质的二级结构结果显示α螺旋占33%，β折叠占15%；

By the use of cirular dichroism and fluorescence techonologies to predict the secondary structure of protein , to determine the secondary structure of a protein , and to explore the unfold-refold mechanism of a protein .

运用圆二色谱和荧光技术分析预测蛋白质二级结构，研究蛋白质的稳定性与蛋白质的变性复性动力学机制。

The main secondary structure of this protein was spiral tube .

该蛋白主体结构为螺管结构。

Predicting the secondary structure of membrane protein RH and Br using neural network method

用神经网络法预测膜蛋白RH和BR的二级结构

The Relation between Amino Acid Composition and Secondary Structure Content of Protein Studied by Information Clustering Method

用信息聚类方法研究蛋白质的氨基酸组成和二级结构含量的关系

The secondary structure of the protein in ox gallstone was discussed .

在天然牛黄人发现有蛋白，并讨论了它的二级结构。

Prediction of the secondary structure of membrane protein RC BR and Rh using pattern recognition method

用模式识别方法预测膜蛋白RC、BR和RH的二级结构

Meanwhile , the secondary structure of membrane protein was destroyed and endogenous fluorescence decreased .

同时，膜蛋白二级结构遭到破坏，内源荧光下降。

Prediction and analysis of the chemical properties and secondary structure of the protein by the bioinformatics ways were showed .

利用生物信息学的手段对此蛋白的理化性质和二级结构进行了初步的预测分析，同时进行了同源性和系统发育分析。

The UV-visible and CD spectra were used to characterize the active site and secondary structure of the protein .

采用紫外-可见和园二色谱表征了蛋白的金属活性中心和二级结构。

The secondary structure of the protein in the black gallstone was discussed and related to the pathology of the formation of gallstones .

这种重要的蛋白成份与结石生成的病理可能直接相关。

There were 21 coils , 17 helices and 6 strands in the secondary structure of the protein .

对氨基酸序列进行二级结构分析，结果显示其含有21个卷曲，17个螺旋，6个折叠股。

Analysis of CD spectra showed that the binding of hyperoside to HSA could induce partial changes in the secondary structure of the protein .

CD谱显示，金丝桃苷诱导HSA的二级结构产生稍许的变化。

This result demonstrates the mechanism of " O " phase variation is complicated , that mechanism maybe related to secondary structure of HA protein or the virus receptor on the cell surface .

这一结果表明，流感病毒的相变异机制复杂，它可能与HA蛋白的高级结构改变和细胞表面病毒受体的变化密切相关，有待进一步研究。

The secondary structure of the protein was determined by circular dichroism ( CD ) spectrum . The a-Helix , P-Turn and Random were 47.9 % , 23.1 % and 29.0 % .

应用CD光谱检测蛋白质的二级结构，α-螺旋、β-转角和任意卷曲分别占47.9%，23.1%，29.0%。

Objective To discuss whether the sodium-selenite-induced cataract is a suitable model in the study of human senile cataract and further investigation the change of the conformation of the secondary structure of the protein during the cataractogenesis .

目的比较人老年性白内障和硒性SD大鼠核性白内障，探讨该白内障模型在运用于对人老年性白内障的研究中的可行性，进而初步研究蛋白质变性过程中二级结构的变化。

Spray drying effected greatly on the secondary structure of the soybean protein .

喷雾干燥对大豆蛋白二级结构影响较大。

The Terminal Secondary Structure Predictions of P53 Protein and Hotspots Mutation Dynamics of the Core Domain

P53蛋白质的末端二极结构预测及核心区点突变模拟研究

The Secondary Structure of Winter-Wheat-Bran Antifreeze Protein Determined by FTIR and CD Spectrum

使用圆二色性光谱和红外光谱研究冬小麦麸皮抗冻蛋白的二级结构

The secondary structure of above eight protein are predominantly hybrid structure of alpha helical and spiral ring structure .

以上8个蛋白的二级结构均以α-螺旋和螺环结构为主的混合型结构。

The Nucleotide Sequence and Secondary Structure of the Structural Protein of Dengue Virus GD01 / 98 Strains

登革病毒GD01/98结构蛋白基因序列及蛋白二级结构初步分析

The FTIR microscope and computer-aided analysis are applied in the study on the change of secondary structure of erythrocyte membrane protein attacked by the free radicals .

利用傅里叶变换显微红外光谱法和计算机辅助解析法研究了自由基作用于红细胞后膜蛋白二级结构的变化规律。

OBJECTIVE : To analyze secondary structure of the fusion protein with software , and to establish a recombinant secretory anti-hepatocellular carcinoma single-chain bi-functional antibody gene .

目的：利用生物信息学网络资源分析融合蛋白的二级结构及其理化性质，以及探讨分泌型抗肝癌单链双功能抗体基因的表达。

Circular dichroism studies on the recombinant SD indicated that the secondary structure of the recombinant protein had about 29.2 % α - Helix , 9.3 % β - Sheet , 32.7 % β - Turn , 28.8 % Random coil .

应用圆二色仪初步测定了重组蛋白的二级结构，重组SD的二级结构中大约有29.2%的α螺旋，9.3%β折叠，32.7%β转角，28.8%无规卷曲。