Berney Cédric, Ciuprina Andreea, Bender Sara, Brodie Juliet, Edgcomb Virginia, Kim Eunsoo, Rajan Jeena, Parfrey Laura Wegener, Adl Sina, Audic Stéphane, Bass David, Caron David A, Cochrane Guy, Czech Lucas, Dunthorn Micah, Geisen Stefan, Glöckner Frank Oliver, Mahé Frédéric, Quast Christian, Kaye Jonathan Z, Simpson Alastair G B, Stamatakis Alexandros, Del Campo Javier, Yilmaz Pelin, de Vargas Colomban
Sorbonne Universités UPMC Université Paris 06 & CNRS, UMR7144, Station Biologique de Roscoff, Place Georges Teissier, Roscoff, 29680, France.
Department of Life Sciences and Chemistry, Jacobs University gGmbH, Bremen, D-28759, Germany.
J Eukaryot Microbiol. 2017 May;64(3):407-411. doi: 10.1111/jeu.12414. Epub 2017 Apr 21.
Universal taxonomic frameworks have been critical tools to structure the fields of botany, zoology, mycology, and bacteriology as well as their large research communities. Animals, plants, and fungi have relatively solid, stable morpho-taxonomies built over the last three centuries, while bacteria have been classified for the last three decades under a coherent molecular taxonomic framework. By contrast, no such common language exists for microbial eukaryotes, even though environmental '-omics' surveys suggest that protists make up most of the organismal and genetic complexity of our planet's ecosystems! With the current deluge of eukaryotic meta-omics data, we urgently need to build up a universal eukaryotic taxonomy bridging the protist -omics age to the fragile, centuries-old body of classical knowledge that has effectively linked protist taxa to morphological, physiological, and ecological information. UniEuk is an open, inclusive, community-based and expert-driven international initiative to build a flexible, adaptive universal taxonomic framework for eukaryotes. It unites three complementary modules, EukRef, EukBank, and EukMap, which use phylogenetic markers, environmental metabarcoding surveys, and expert knowledge to inform the taxonomic framework. The UniEuk taxonomy is directly implemented in the European Nucleotide Archive at EMBL-EBI, ensuring its broad use and long-term preservation as a reference taxonomy for eukaryotes.
通用分类框架一直是构建植物学、动物学、真菌学和细菌学领域及其庞大研究群体的关键工具。动物、植物和真菌在过去三个世纪里建立了相对坚实、稳定的形态分类学,而细菌在过去三十年里则在一个连贯的分子分类框架下进行分类。相比之下,微生物真核生物却没有这样的通用语言,尽管环境“组学”调查表明原生生物构成了我们星球生态系统中大部分的生物和遗传复杂性!随着当前真核生物宏组学数据的大量涌现,我们迫切需要建立一个通用的真核生物分类学,将原生生物组学时代与脆弱的、有数百年历史的经典知识体系联系起来,而这些经典知识体系有效地将原生生物分类单元与形态、生理和生态信息联系在一起。UniEuk是一项开放、包容、基于社区且由专家驱动的国际倡议,旨在为真核生物建立一个灵活、适应性强的通用分类框架。它整合了三个互补模块,即EukRef、EukBank和EukMap,这些模块利用系统发育标记、环境元条形码调查和专家知识来完善分类框架。UniEuk分类法直接在欧洲分子生物学实验室欧洲生物信息研究所的欧洲核苷酸数据库中实施,确保其作为真核生物的参考分类法得到广泛应用和长期保存。