FungiFun3:真菌物种的系统基因组富集分析。

Albert Garcia Lopez, Daniela Albrecht-Eckardt, Gianni Panagiotou, Sascha Schäuble
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引用次数: 0

摘要

摘要:不断增长的全基因组 omics 数据为以数据驱动的方式解决生命科学问题铺平了道路。其中,富集分析是标准分析工具的一部分,用于确定任何给定转录组或蛋白质组数据中的系统信号。然而,尽管真菌病原体在全球范围内不断增加,而且它们对抗霉素的抗药性也在不断增强,但只有一部分真菌王国的成员可以通过公共网络应用程序进行分析。我们推出了 FungiFun3,这是我们专门针对真菌的用户友好型基因组富集网络应用程序的重大更新。FungiFun3 是从头开始重建的,支持现代化和易用的网络界面,支持的真菌菌株(总数为 1,287 株)比上一代多了四倍多。此外,它还可以在基因组尺度上进行有序基因组富集分析。因此,FungiFun3 可作为一个起始中心,用于识别与大量可用真菌菌株(包括世界卫生组织优先列表中的人类真菌病原体)相关的分子信号:FungiFun3(包括样本数据和常见问题)可从 https://fungifun3.hki-jena.de/.Supplementary 信息中免费获取:补充数据可在 Bioinformatics online 上获取。
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FungiFun3: Systemic gene set enrichment analysis for fungal species.

Summary: The ever-growing amount of genome-wide omics data paved the way for solving life science problems in a data-driven manner. Among others, enrichment analysis is part of the standard analysis arsenal to determine systemic signals in any given transcriptomic or proteomic data. Only a part of the members of the fungal kingdom, however, can be analyzed via public web applications, despite the global rise of fungal pathogens and their increasing resistance to antimycotics. We present FungiFun3, a major update of our user-friendly gene set enrichment web application dedicated to fungi. FungiFun3 was rebuilt from scratch to support a modern and easy-to-use web interface and supports more than four-fold more fungal strains (n = 1,287 in total) than its predecessor. In addition, it also allows ranked gene set enrichment analysis at the genomic scale. FungiFun3 thus serves as a starting hub for identifying molecular signals in omics data sets related to a vast amount of available fungal strains including human fungal pathogens of the WHO's priority list and far beyond.

Availability and implementation: FungiFun3, including sample data and FAQ, is freely available at https://fungifun3.hki-jena.de/.

Supplementary information: Supplementary data are available at Bioinformatics online.

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