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ATTED-II Updates: Condition-Specific Gene Coexpression to Extend Coexpression Analyses and Applications to a Broad Range of Flowering Plants

机译:ATTED-II更新:特定条件的基因共表达将共表达分析和应用扩展到广泛的开花植物中

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摘要

ATTED-II (http://atted.jp) is a gene coexpression database for a wide variety of experimental designs, such as prioritizations of genes for functional identification and analyses of the regulatory relationships among genes. Here, we report updates of ATTED-II focusing on two new features: condition-specific coexpression and homologous coexpression with rice. To analyze a broad range of biological phenomena, it is important to collect data under many diverse experimental conditions, but the meaning of coexpression can become ambiguous under these conditions. One approach to overcome this difficulty is to calculate the coexpression for each set of conditions with a clear biological meaning. With this viewpoint, we prepared five sets of experimental conditions (tissue, abiotic stress, biotic stress, hormones and light conditions), and users can evaluate the coexpression by employing comparative gene lists and switchable gene networks.
机译:ATTED-II(http://atted.jp)是用于多种实验设计的基因共表达数据库,例如用于功能识别的基因优先排序和基因之间的调控关系分析。在这里,我们报告了ATTED-II的更新,该更新着重于两个新功能:条件特异性共表达和与水稻的同源共表达。要分析广泛的生物学现象,在许多不同的实验条件下收集数据很重要,但是在这些条件下,共表达的含义可能变得模棱两可。克服此困难的一种方法是计算具有明确生物学意义的每组条件的共表达。基于这种观点,我们准备了五组实验条件(组织,非生物胁迫,生物胁迫,激素和光照条件),用户可以通过使用比较基因列表和可切换基因网络来评估共表达。

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