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首页> 外文期刊>American Journal of Biochemistry and Biotechnology >Modeling and molecular docking studies on Rnase Aspergillus niger and Leishmania donovani actin: antileishmanial activity.
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Modeling and molecular docking studies on Rnase Aspergillus niger and Leishmania donovani actin: antileishmanial activity.

机译:Rnase黑曲霉和Leishmania donovani肌动蛋白的建模和分子对接研究:抗疟疾活性。

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摘要

A. niger Rnase was designed from ACTBIND (PDB ID: 3D3Z). Yeast actin-human gelsolin segment 1 complex (PDB ID: 1YAG) was used as template for L. donovani actin protein for 3D model in Modeller9v8. These models were testified by PROCHECK, ERRAT, WHAT-IF, PROSA2003 and VERIFY-3D. All evidences suggest that the geometric quality of the backbone conformation, energy profile, residue interaction and contact of the structures were well within the limits of reliable structures. The interaction energy of docking was calculated using the HEX server. Etotal and calculated RMSD values were -1.902, -9.323 kcal moL-1 and 0.402 A, respectively. The study presented here has an advantage to design molecules that may have antileishmanial activity.
机译:黑曲霉Rnase是由ACTBIND设计的(PDB ID:3D3Z)。酵母肌动蛋白-人凝溶胶蛋白第1段复合体(PDB ID:1YAG)被用作Modeller9v8中3D模型的多诺尼乳酸肌动蛋白蛋白的模板。这些模型已通过PROCHECK,ERRAT,WHAT-IF,PROSA2003和VERIFY-3D进行了验证。所有证据表明,骨架构象的几何质量,能量分布,残基相互作用和结构接触均在可靠结构的范围内。使用HEX服务器计算了对接的交互能量。 RMSD的总值和计算值分别为-1.902,-9.323 kcal moL -1 和0.402A。本文介绍的研究在设计可能具有抗菌作用的分子方面具有优势。

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