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Molecular phylogenetics of Acacia subgenera Acacia and Aculeiferum (Fabaceae : Mimosoideae), based on the chloroplast matK coding sequence and flanking trnK intron spacer regions

机译:基于叶绿体matK编码序列和侧翼trnK内含子间隔区区域的相思属和相思属(豆科:含羞草科)的分子系统发育

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摘要

The genus Acacia is subdivided into the following three subgenera: subg. Acacia, subg. Aculeiferum and the predominantly Australian subg. Phyllodineae. Morphological and molecular studies have suggested that the tribe Acacieae and genus Acacia are artificial and have a close affinity to the tribe Ingeae. Sequence analysis of the chloroplast trnK intron, including the matK coding region and flanking non-coding regions, were undertaken to examine taxon relationships within Acacia subgenera Acacia and Aculeiferum. Subgenus Acacia is monophyletic while subgenus Aculeiferum is paraphyletic. Within the subgenera, major divisions are found based on biogeography, New World versus African-Asian taxa. These data suggest that characters such as inflorescence and prickle and/or stipule type are polymorphic and homoplasious in cladistic analyses within the subgenera.
机译:相思属被细分为以下三个亚属:subg。相思树Aculeiferum和主要澳大利亚subg。竹科。形态和分子研究表明,相思属和相思属是人工的,与Ingeae亲缘关系很近。进行了叶绿体trnK内含子的序列分析,包括matK编码区和侧翼非编码区,以检查相思属和相思属内的分类群关系。相思属是单系统的,而Aculeiferum亚属是系统的。在子属内,根据生物地​​理学,新大陆与非洲-亚洲分类群发现了主要的区域。这些数据表明,在亚属内的分类分析中,诸如花序,刺痒和/或托叶类型的特征是多态的和同质的。

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