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分子和形态学数据支持1791年的格梅林(Gmelin)和1845年的里夫(Reeve)的同义关系(腹足纲,骨螺科)。

Molecular and morphological data support the synonymy of Gmelin, 1791 and Reeve, 1845 (Gastropoda, Muricidae).

作者信息

Morinha Francisco, Ernest James, Archer-Taveira Ana, Rocha Ana M, Iwamasa Robert T

机构信息

Morinha Lab- Laboratory of Biodiversity and Molecular Genetics, 5000-051 Vila Real, Portugal Morinha Lab- Laboratory of Biodiversity and Molecular Genetics Vila Real Portugal.

P.O. Box 0833-0034, Panama City, Panama Unaffiliated Panama City Panama.

出版信息

Zookeys. 2025 May 28;1239:281-303. doi: 10.3897/zookeys.1239.143837. eCollection 2025.

Abstract

The // complex includes species with a great diversity of shell shapes and shared habitats in various regions, which has raised questions and doubts about the current taxonomic classification of these species. , , and are three similar-looking black and white murex found commonly on the west coast of North and South America. The wide variety of morphological patterns within and between these species makes the classification of specimens difficult by visual observation. To this day, controversy persists over whether and are one or two distinct species. Molecular genetic data have helped clarify the taxonomic classification of many mollusk species in recent decades, contributing to a more accurate understanding of biodiversity and ecosystems. In this study, DNA barcoding and double digest restriction-site associated DNA sequencing (ddRAD-seq) methodologies were applied to complement morphological data, establishing for the first time the phylogenetic relationships between , and . The classic mitochondrial and nuclear barcodes obtained from 80 specimens collected from three different geographic locations differentiated only two phylogenetic clades ( and from Mexico differentiated from / from Mexico and Panama). High levels of mitochondrial DNA introgression have been observed between and . The deep-level approach performed using 3692 loci obtained from ddRAD-seq also differentiated only two genetic clusters ( and ). Our results clearly support the proposal that should be synonymized with .

摘要

该复合体包含壳形多样且在不同区域有共同栖息地的物种,这引发了对这些物种当前分类学分类的质疑。、和是在北美洲和南美洲西海岸常见的三种长相相似的黑白骨螺。这些物种内部和之间多种多样的形态模式使得通过视觉观察对标本进行分类变得困难。时至今日,关于和是一个还是两个不同物种仍存在争议。近几十年来,分子遗传数据有助于阐明许多软体动物物种的分类学分类,有助于更准确地理解生物多样性和生态系统。在本研究中,应用DNA条形码和双酶切限制性位点关联DNA测序(ddRAD-seq)方法来补充形态学数据,首次确立了、和之间的系统发育关系。从三个不同地理位置采集的80个标本中获得的经典线粒体和核条形码仅区分出两个系统发育分支(来自墨西哥的和与来自墨西哥和巴拿马的/区分开来)。在和之间观察到高水平的线粒体DNA渐渗。使用从ddRAD-seq获得的3692个位点进行的深度分析也仅区分出两个遗传簇(和)。我们的结果明确支持应将与同义化的提议。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/a5e0/12138812/310fdd164075/zookeys-1239-281_article-143837__-g001.jpg

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