综合分类法表明,Astyanax bimaculatus 群(鳞栉目,鳞栉科)的物种将复活。

Zebrafish Pub Date : 2024-10-01 Epub Date: 2024-07-09 DOI:10.1089/zeb.2024.0132
Mariane Gavazzoni, Flavia C Brezinski, Thiago H Pedroso, Carla S Pavanelli, Weferson J da Graça, Daniel R Blanco, Roberto L Lui, Vladimir P Margarido
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引用次数: 0

摘要

使用综合工具可以有效地进行物种鉴定,尤其是像Astyanax这样的复杂类群。Astyanax bimaculatus 群由包括 A. lacustris 在内的六个有效种组成。"A.altiparanae"、"A. asuncionensis "和 "A. jacuhiensis "被认为是A. lacustris的小异名。为了检验 A. lacustris 的小异名("A. altiparanae"、"A. asuncionensis "和 "A. jacuhiensis")的操作分类单元(OTU)地位,我们使用了线粒体 DNA(COI 和 Cytb)、细胞遗传标记(经典标记和分子标记)和形态测量("桁架网络")进行分析。线粒体 DNA 序列分析将 A. lacustris 与其他同名物种区分开来。细胞遗传学和形态计量学分析没有证实同义化,并表明除 A. lacustris 外,OTU A. altiparanae、A. asuncionensis 和 A. jacuhiensis 也是有效的物种。通过对同一个体进行综合分类法提出的不同特征进行分析,可以提供更高的可靠性,并最大限度地减少对生物多样性的低估。
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Integrative Taxonomy Suggests Resurrection of Species of the Astyanax bimaculatus Group (Characiformes, Characidae).

Using integrative tools can be effective for species identification, especially in complex groups like Astyanax. Astyanax bimaculatus group is composed of six valid species, including A. lacustris. "A. altiparanae", "A. asuncionensis", and "A. jacuhiensis" are considered as junior synonyms of A. lacustris. Seeking to test the operational taxonomic unit (OTU) status of the junior synonyms of A. lacustris ("A. altiparanae", "A. asuncionensis", and "A. jacuhiensis"), we used analyses through mitochondrial DNA (COI and Cytb), cytogenetic markers (classical and molecular), and morphometry ("truss network"). Analysis of mitochondrial DNA sequences separated A. lacustris from the other synonymized species. The cytogenetic and morphometric analyses did not corroborate the synonymization and suggest that besides A. lacustris, the OTUs A. altiparanae, A. asuncionensis, and A. jacuhiensis are valid species. The analysis of different characters proposed by the integrative taxonomy used on the same individuals could provide greater reliability and minimize the underestimation of biodiversity.

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