MASH-Ocean 1.0:利用海洋元基因组数据研究微生物多样性、功能和生物地理学的互动平台

IF 23.7 Q1 MICROBIOLOGY iMeta Pub Date : 2024-05-19 DOI:10.1002/imt2.201
Yinzhao Wang, Liuyang Li, Qiang Li, Yaoxun Hu, Wenjie Li, Zhile Wu, Hungchia Huang, Zhenbo Lv, Wan Liu, Ruifang Cao, Guoping Zhao, Fengping Wang, Guoqing Zhang
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引用次数: 0

摘要

大量海洋元基因组数据和环境元数据已经公布。然而,大多数研究集中于有限的生态系统,使用不同的分析工具,这使得将这些数据整合为可靠的结果和对海洋微生物组的全面全球了解具有挑战性。在此,我们通过整合全球海洋元基因组数据和统一的数据处理流程,构建了一个系统化的定量分析平台--海洋生态系统微生物组图谱/Sino-Hydrosphere(MASH-Ocean:https://www.biosino.org/mash-ocean/)。MASH-Ocean 1.0 包含 2147 个元基因组样本和五个分析模块:样本视图、多样性、功能、生物地理学和相互作用网络。该平台为微生物学、环境科学和生物地球化学领域的研究人员提供了便捷、稳定的支持,确保水圈生态系统中产生的组学数据的整合,在难以捉摸的组学数据与生物、生态和地质发现之间架起一座桥梁,最终促进水生环境综合图集的形成。
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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MASH-Ocean 1.0: Interactive platform for investigating microbial diversity, function, and biogeography with marine metagenomic data

A large number of oceanic metagenomic data and environmental metadata have been published. However, most studies focused on limited ecosystems using different analysis tools, making it challenging to integrate these data into robust results and comprehensive global understanding of marine microbiome. Here, we constructed a systematic and quantitative analysis platform, the Microbiome Atlas/Sino-Hydrosphere for Ocean Ecosystem (MASH-Ocean: https://www.biosino.org/mash-ocean/), by integrating global marine metagenomic data and a unified data processing flow. MASH-Ocean 1.0 comprises 2147 metagenomic samples with five analysis modules: sample view, diversity, function, biogeography, and interaction network. This platform provides convenient and stable support for researchers in microbiology, environmental science, and biogeochemistry, to ensure the integration of omics data generated from hydrosphere ecosystems, to bridge the gap between elusive omics data and biological, ecological, and geological discovery, ultimately to foster the formation of a comprehensive atlas for aquatic environments.

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