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The Laccase Engineering Database: a classification and analysis system for laccases and related multicopper oxidases

机译:漆酶工程数据库:漆酶和相关多铜氧化酶的分类和分析系统

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摘要

Laccases and their homologues form the protein superfamily of multicopper oxidases (MCO). They catalyze the oxidation of many, particularly phenolic substances, and, besides playing an important role in many cellular activities, are of interest in biotechnological applications. The Laccase Engineering Database (LccED, http://www.lcced.uni-stuttgart.de) was designed to serve as a tool for a systematic sequence-based classification and analysis of the diverse multicopper oxidase protein family. More than 2200 proteins were classified into 11 superfamilies and 56 homologous families. For each family, the LccED provides multiple sequence alignments, phylogenetic trees and family-specific HMM profiles. The integration of structures for 14 different proteins allows a comprehensive comparison of sequences and structures to derive biochemical properties. Among the families, the distribution of the proteins regarding different kingdoms was investigated. The database was applied to perform a comprehensive analysis by MCO- and laccase-specific patterns.
机译:漆酶及其同源物形成了多铜氧化酶(MCO)的蛋白质超家族。它们催化许多特别是酚类物质的氧化,并且除在许多细胞活动中起重要作用外,在生物技术应用中也引起人们的兴趣。 Laccase工程数据库(LccED,http://www.lcced.uni-stuttgart.de)旨在用作对各种多铜氧化酶蛋白家族进行基于序列的系统分类和分析的工具。超过2200种蛋白质被分为11个超家族和56个同源家族。对于每个家庭,LccED提供多个序列比对,系统发育树和家庭特定的HMM配置文件。 14种不同蛋白质的结构整合允许对序列和结构进行全面比较,以得出生化特性。在家族中,研究了关于不同王国的蛋白质的分布。该数据库被用于通过MCO和漆酶特定模式进行全面分析。

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