Structural Features in the Model of a Thermostable and Stress-resistant Protein, SP1 from aspen.

Rathore RS; Narasimhamurthy T

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Structural Features in the Model of a Thermostable and Stress-resistant Protein, SP1 from aspen.

机译：白杨的耐热和抗逆蛋白SP1模型中的结构特征。

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A three dimensional theoretical model of SP1 (stable protein 1), which is resistant to high temperature and biotic-stresses, is presented here. The model was generated by the application of homology modeling technique. The conformational rigidity imparted to the fold by the presence of hydrogen-bonded, C(5), C(7), C(10) and C(13) structures in the loop regions, multiple aromatic - aromatic interactions at the protein interior and on the surface, in addition to salt-links and hydrogen-bonds are primarily the major factors, responsible for the increased stability of protein. The putative protein family is characterized by motifs, E-x(0,1)-L-x-[AEGQS] and V-x(2,3)-L-x-[ADEGST] and the active site in the tertiary structure is formed by conserved aromatic and isoleucine clusters.

机译：在此介绍了一种能够抵抗高温和生物胁迫的SP1（稳定蛋白1）的三维理论模型。该模型是通过应用同源建模技术生成的。环状区域中存在氢键，C（5），C（7），C（10）和C（13）结构，蛋白质内部和表面的多个芳香族-芳香族相互作用，从而赋予折叠折叠构象刚性在表面上，除盐键和氢键外，主要是导致蛋白质稳定性提高的主要因素。推定的蛋白质家族的特征是基序，Ex（0,1）-Lx- [AEGQS]和Vx（2,3）-Lx- [ADEGST]，三级结构中的活性位点由保守的芳香族和异亮氨酸簇形成。

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《Journal of Biomolecular Structure and Dynamics》 |2004年第5期|共6页
作者
Rathore RS; Narasimhamurthy T;
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正文语种 eng
中图分类分子生物学;
关键词
Carbon ion; Proteins; SP1; Stress bismuth subsalicylate; 蛋白质类;

机译：Carbon ion;Proteins;SP1;Stress bismuth subsalicylate;蛋白质类;

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专利

1. Structural Features in the Model of a Thermostable and Stress-resistant Protein, SP1 from aspen. [J] . Rathore RS, Narasimhamurthy T Journal of Biomolecular Structure and Dynamics . 2004,第5期

机译：白杨的耐热和抗逆蛋白SP1模型中的结构特征。
2. Modeling of the structural features of integral-membrane proteins reverse-environment prediction of integral membrane protein structure (REPIMPS). [J] . Dastmalchi S, Morris MB, Church WB Protein Science: A Publication of the Protein Society . 2001,第8期

机译：完整膜蛋白结构特征的建模反向环境预测完整膜蛋白结构（REPIMPS）。
3. Computational modeling of protein mutant stability: analysis and optimization of statistical potentials and structural features reveal insights into prediction model development [J] . Vijaya Parthiban, M Michael Gromiha, Madenhalli Abhinandan, BMC Structural Biology . 2007,第1期

机译：蛋白质突变体稳定性的计算模型：对统计潜力和结构特征的分析和优化揭示了对预测模型开发的见解
4. Protein Secondary Structural Class Prediction using Effective Feature Modeling and Machine Learning Techniques [C] . Sanjay Bankapur, Nagamma Patil IEEE International Conference on Bioinformatics and Bioengineering . 2018

机译：使用有效特征建模和机器学习技术预测蛋白二次结构级预测
5. Improving structural features prediction in protein structure modeling [D] . Yaseen, Ashraf 2014

机译：改善蛋白质结构建模中的结构特征预测
6. Modeling of the structural features of integral-membrane proteins reverse-environment prediction of integral membrane protein structure (REPIMPS) [O] . Siavoush Dastmalchi, Michael B. Morris, W. Bret Church 2001

机译：整体膜蛋白结构特征的建模整体膜蛋白结构的反向环境预测（REPIMPS）
7. Modeling of the structural features of integral-membrane proteins reverse-environment prediction of integral membrane protein structure (REPIMPS) [O] . Dastmalchi, Siavoush, Morris, Michael B., Church, W. Bret 2001

机译：完整膜蛋白结构特征的建模完整膜蛋白结构的反向环境预测（REPIMPS）

Structural Features in the Model of a Thermostable and Stress-resistant Protein, SP1 from aspen.

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