HOMCOS:一个更新的服务器来搜索和建模复杂的3D结构。

Takeshi Kawabata
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引用次数: 37

摘要

HOMCOS服务器(http://homcos.pdbj.org)进行了更新,用于搜索和建模PDB中所有分子的3D复合物。与之前的HOMCOS服务器相比,目前的服务器针对PDB中的所有分子,包括蛋白质、核酸、小化合物和金属离子。它们的绑定关系存储在数据库中。用户可以使用五种服务。对于“Homo Protein multitimer建模”和“Hetero Protein multitimer建模”服务,用户可以输入一种或两种蛋白质作为查询,而对于“Protein- compound Complex”服务,用户可以输入一种化合物和一种蛋白质。服务器通过BLAST和KCOMBU搜索相似的分子。基于发现的每个相似复合体,通过用查询蛋白的残基名称和编号替换残基名称和编号,快速生成一个简单的序列替换模型。使用fkcombu程序将目标化合物灵活地叠加到模板化合物上。如果将单体3D结构作为查询输入,则可以执行基于模板的对接。对于“search Contact Molecules For a Query Protein”服务,用户输入一个蛋白质序列作为查询,服务器在PDB中搜索其同源蛋白,并将其联系分子汇总为预测的联系分子。结果汇总在“摘要栏”或“站点表”显示。后者将结果显示为一个单站点一行表,这对于注释突变的影响很有用。“为查询化合物搜索接触分子”服务也可以使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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HOMCOS: an updated server to search and model complex 3D structures.

The HOMCOS server ( http://homcos.pdbj.org ) was updated for both searching and modeling the 3D complexes for all molecules in the PDB. As compared to the previous HOMCOS server, the current server targets all of the molecules in the PDB including proteins, nucleic acids, small compounds and metal ions. Their binding relationships are stored in the database. Five services are available for users. For the services "Modeling a Homo Protein Multimer" and "Modeling a Hetero Protein Multimer", a user can input one or two proteins as the queries, while for the service "Protein-Compound Complex", a user can input one chemical compound and one protein. The server searches similar molecules by BLAST and KCOMBU. Based on each similar complex found, a simple sequence-replaced model is quickly generated by replacing the residue names and numbers with those of the query protein. A target compound is flexibly superimposed onto the template compound using the program fkcombu. If monomeric 3D structures are input as the query, then template-based docking can be performed. For the service "Searching Contact Molecules for a Query Protein", a user inputs one protein sequence as the query, and then the server searches for its homologous proteins in PDB and summarizes their contacting molecules as the predicted contacting molecules. The results are summarized in "Summary Bars" or "Site Table"display. The latter shows the results as a one-site-one-row table, which is useful for annotating the effects of mutations. The service "Searching Contact Molecules for a Query Compound" is also available.

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Structural Genomics: General Applications Classification of ligand molecules in PDB with graph match-based structural superposition HOMCOS: an updated server to search and model complex 3D structures. NLDB: a database for 3D protein-ligand interactions in enzymatic reactions. Toward the next step in G protein-coupled receptor research: a knowledge-driven analysis for the next potential targets in drug discovery
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