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生物信息学方法鉴定的与冷应激相关的跨物种蛋白质/基因产物综合纲要。

A cross-species compendium of proteins/gene products related to cold stress identified by bioinformatic approaches.

机构信息

University of Notre Dame, Galvin Life Sciences, Notre Dame, IN 46556, USA.

出版信息

J Insect Physiol. 2011 Aug;57(8):1127-35. doi: 10.1016/j.jinsphys.2011.04.021. Epub 2011 May 4.

Abstract

The purpose of this investigation was to construct a compendium of low temperature responsive proteins/gene products across species as identified by bioinformatics based approaches, thus allowing low temperature researchers a searchable database. Another purpose was to identify specific low temperature responsive proteins/gene products across at least two different species. We generated a database containing 2030 low temperature responsive protein/gene product entries, of which 1353 were up-regulated and 549 were down-regulated in response to various cold exposures across 34 different species; including bacteria (9 species), yeast (1 species), animals (including nematodes (1 species), collembola (2 species), insects (5 species), fish (1 species), amphibians (1 species), reptiles (1 species), mammals (2 species)), and plants (moss (1 species), gymnosperms (1 species) and angiosperms (9 species)). There were 39 studies using 12 different cold treatments; 20 used proteomics and 18 used transcriptomics. Concerning our purpose of identifying specific temperature responsive proteins/gene products across species, we found 113 shared proteins/gene products groups, each of which was found in at least two species. Of these shared proteins/gene products groups, 58 proteins/gene products (including protein/gene product families) that were consistently regulated, meaning always either up- or down-regulated, across species. Another 23 proteins/gene products were inconsistently regulated, meaning that the proteins/gene products were up-regulated in some species and treatments while being down-regulated in other species and treatments. An additional 32 proteins/gene products that are part of larger family headings and are difficult to separate from related member proteins (such the ribosomal proteins, 30S, 50S, and others) were inconsistently regulated. This work is an attempt to create a centralized database and repository for low temperature responsive proteins/gene products in all species.

摘要

本研究旨在构建一个跨物种的低温响应蛋白/基因产物综合数据库,以便低温研究人员能够进行搜索。另一个目的是鉴定至少两种不同物种中特定的低温响应蛋白/基因产物。我们生成了一个包含 2030 个低温响应蛋白/基因产物条目的数据库,其中 1353 个在 34 个不同物种的各种冷暴露中上调,549 个下调;包括细菌(9 个物种)、酵母(1 个物种)、动物(包括线虫(1 个物种)、弹尾目(2 个物种)、昆虫(5 个物种)、鱼类(1 个物种)、两栖动物(1 个物种)、爬行动物(1 个物种)、哺乳动物(2 个物种))和植物(苔藓(1 个物种)、裸子植物(1 个物种)和被子植物(9 个物种))。有 39 项研究使用了 12 种不同的冷处理方法;20 项使用了蛋白质组学,18 项使用了转录组学。关于我们跨物种鉴定特定温度响应蛋白/基因产物的目的,我们发现了 113 个共享蛋白/基因产物组,每个组都在至少两个物种中发现。在这些共享的蛋白/基因产物组中,有 58 个蛋白/基因产物(包括蛋白/基因产物家族)始终在跨物种中被调节,即总是上调或下调。另外 23 个蛋白/基因产物是不一致调节的,这意味着这些蛋白/基因产物在一些物种和处理中上调,而在其他物种和处理中下调。还有 32 个蛋白/基因产物是较大家族标题的一部分,很难与相关成员蛋白分离(如核糖体蛋白、30S、50S 等),这些蛋白/基因产物也是不一致调节的。这项工作旨在创建一个集中的数据库和存储库,用于所有物种的低温响应蛋白/基因产物。

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