Zardoya R, Economidis P S, Doadrio I
Museo Nacional de Ciencias Naturales, CSIC, José Gutiérrez Abascal, 2, Madrid, 28006, Spain.
Mol Phylogenet Evol. 1999 Oct;13(1):122-31. doi: 10.1006/mpev.1999.0630.
A phylogeny of the main cyprinid species that live in Greece was based on the complete mitochondrial cytochrome b gene (1140 bp). The great diversity of the Greek cyprinid fauna, with at least 4 different lineages of barbins, 1 of gobionins, and 10 of leuciscinids, was confirmed. The validity and composition of the genera Tropidophoxinellus and Pachychilon were demonstrated. Likewise, the close phylogenetic relationships of genera Vimba, Blicca, and Abramis, as well as Telestes, Chondrostoma, and Phoxinellus, were established. Moreover, Pseudophoxinus beoticus was found to be closely related to Phoxinellus rather than to other Pseudophoxinus species. The most interesting outcome of our analyses was the existence of at least two different origins of the Greek cyprinid fauna. Most of the Greek cyprinids were directly related to the Danubian (i.e., central European) ichthyofauna. However, we found at least four cases of a close phylogenetic relationship between Greek and Iberian endemic species.
基于完整的线粒体细胞色素b基因（1140个碱基对）构建了生活在希腊的主要鲤科鱼类物种的系统发育树。希腊鲤科鱼类动物群的巨大多样性得到了证实，其中至少有4个不同的鲃亚科谱系、1个鮈亚科谱系和10个雅罗鱼亚科谱系。证明了属Tropidophoxinellus和Pachychilon的有效性和组成。同样，确定了属Vimba、Blicca和Abramis以及属Telestes、Chondrostoma和Phoxinellus之间密切的系统发育关系。此外，发现比奥蒂亚真小鲤与Phoxinellus属关系密切，而不是与其他真小鲤属物种关系密切。我们分析最有趣的结果是希腊鲤科鱼类动物群至少有两个不同的起源。大多数希腊鲤科鱼类与多瑙河（即中欧）鱼类区系直接相关。然而，我们发现希腊特有物种和伊比利亚特有物种之间至少有4个系统发育关系密切的例子。
