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首页> 外文期刊>Pakistan journal of botany >Investigation of the genetic structures and phylogenetic relationships for the species of the genus Anthriscus Pers. (Apiaceae) distributed in Turkey, using the non - coding “ trn ” regions of the chloroplast genome
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Investigation of the genetic structures and phylogenetic relationships for the species of the genus Anthriscus Pers. (Apiaceae) distributed in Turkey, using the non - coding “ trn ” regions of the chloroplast genome

机译:毒性遗传结构的遗传结构和系统发育关系。 (苹果糖囊)在土耳其分布,使用叶绿体基因组的非编码“Trn”区域

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The genus Anthriscus Pers. of the family Apiaceae is a small sized genus with 16 species, distributed in the world. In Turkey it is represented by 8 taxa, distributed in 4 sections. The aim of this study was to determine the genetic proximity and distances of taxa to each other and to identify interrelationships, systematic and phylogenetic relationships using the sequence analysis information of the non-coding trn region in the chloroplast genome of the Anthriscus species in Turkey. The phylogenetic tree showed that the taxa A. caucalis var. caucalis and A. tenerrima var. tenerrima (belonging to sect. Anthriscus ) with A. cerefolium var. trichocarpa (belonging to sect. Cerefolium ) had completed their speciations and isolation with other species in terms of speciation was provided. It can be said that A. kotschyi , the only representative of the sect. Caroides in Turkey, is isolated having completed its speciation also. The presence of the continuing gene exchange between the taxa can be mentioned, while the taxonomy of the two taxa of A. sylvestris and A. lamprocarpa , two members of the sect. Cacosciadium , cannot be determined more clearly yet. For this reason, it can be said that the A. sylvestris subsp. sylvestris and A. sylvestris subsp. nemorosa taxa, previously identified as two subspecies belonging to A. sylvestris , should be raised again to A. sylvestris and A. nemorosa taxa. In addition, an infrageneric arrangement and subsequent taxonomic regulation need to be made for the subspecies belonging to the A. lamprocarpa taxa.
机译:Anthiscus属的。家庭艾佩西是一种小型大小,具有16种,分布在世界上。在土耳其,它由8个分布在4个部分中。本研究的目的是确定彼此遗传接近和距离的遗传接近和距离,并使用土耳其叶绿素种类的叶绿体基因组中的非编码Trn区域的序列分析信息来确定相互关系,系统和系统发育关系。系统发育树显示出分类A. caucalis var。 Caucalis和A. Tenebrima var。 Tenebrima(属于教派)与A. Cerefolium VAR。 Trichocarpa(属于派对。群)完成了他们的说明,并在提供了物种方面与其他物种隔离。可以说,A. Kotschyi,唯一的派对代表。在土耳其的群体也被隔绝完成了它的物种。可以提及分类群之间继续基因交换的存在,而A.Sylvestris和A. Lamprocarpa的两种分类,两名派对的分类。 Cacosiciadium,不能更清楚地确定。出于这个原因,可以说A.Sylvestris潜艇。 Sylvestris和A.Sylvestris subsp。 Nemorosa分类群,以前被确定为属于A.Sylvestris的两个亚种,应该再次筹集给A. Sylvestris和A. Nemorosa Taxa。此外,需要对属于A. Lamprocarpa Taxa的亚种需要进行InfraGeneric安排和随后的分类法规。

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