同源建模

  • 网络Homology modeling;homology modelling;homology;comparative modeling
同源建模同源建模
  1. 用同源建模法模拟出人参ClassⅢ几丁质酶的空间结构模型;

    It was possible to construct a partial 3D-structure of Class ⅲ chitinase of Panax ginseng by homology modeling .

  2. 以已知蛋白质结构为模板的同源建模(HomologyModeling)算法被认为是当前最成功的蛋白质结构预测算法。

    According the structure-known protein as template , homology modeling is regarded one of successful structure prediction algorithms .

  3. 五龙鹅MHCClassⅠ基因克隆及同源建模研究

    Molecular Cloning and Homologous Modeling of Wulong Goose MHC Class ⅰ Gene

  4. 一种蛋白质结构同源建模的DNA算法氨基酸组成聚类、蛋白质结构型和结构型的预测

    A DNA Algorithm for Comparative Modeling of Protein Structure THE CLUSTERING OF AMINO ACID COMPOSITION , THE STRUCTURAL CLASSES OF PROTEINS AND THEIR PREDICTION

  5. 超抗原SED空间结构的同源建模及其免疫识别位点的预测

    Homologous modeling of three-dimensional structure and prediction of active sites of immune recognition of superantigen SED

  6. 通过同源建模和序列比较,分析了可能影响融合蛋白TB酶学性质的因素,为进一步研究木聚糖酶的结构与功能提供了新的思路。

    Analysis of a homology modeling and sequence similarity were used to reveal the factors influencing the enzymatic properties of TB and the discussion for the relationship between structure and function of xylanase was given .

  7. 氨基酸序列比对及同源建模的分析说明,F2中的表位6(IFRVREGDV)含有一些已经识别或者具有结构同源性的氨基酸。

    The sequence analysis and molecular modeling indicated that the predicted epitopes 6 ( IFRVREGDV ) in F2 contain identical or structurally homologous amino acids .

  8. 基于同源建模的蛋白质结构预测方法的研究

    Research on the Prediction of Protein Structure Based on Homologous Modeling

  9. 人3型腺病毒六邻体蛋白同源建模及其进化轨迹分析

    Homology Modeling and Evolution Trace Analysis of Human Adenovirus Type 3 Hexon

  10. 同源建模的模型中我们可以发现12个明显α-螺旋。

    We can find 12 significant a-helix in homology modeling of the model .

  11. 重组猪卵透明带-3β截短型蛋白的同源建模

    Homology Modeling of Truncated Porcine Zona Pellucida-3 β

  12. 本研究分别采用距离几何算法和同源建模相结合的方法对水稻类金属硫蛋白进行三级结构建模。

    In this paper , the two CR domains and the spacer region were modeled by the distance geometry and homology methods separately .

  13. 本文主要研究内容是给定一个蛋白质序列,通过采用同源建模的方法最终预测出该蛋白质的三级结构。

    This paper mainly concentrates on an aspect that we can predict three-dimensional structure of a protein which is given originally through homologous modeling .

  14. 结合同源建模和分子对接结果,计算了底物与各活性位点以及各活性位点之间的距离。

    The distances between the substrate and the active sites , and the distances between each active site were calculated according to the result of homology modeling and docking study . 5 .

  15. 同时这种方法不仅仅可以应用于蛋白质同源建模缺失值的填充问题,也可以应用于其它研究领域的缺失值问题,具有一定的广泛性意义。

    At the same time , this method can not only be applied to protein homologous modeling sample space missing data filling problem , can also be applied to other research fields of missing value problem , has a broad meaning .