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Overview of worldwide diversity of Diaphorina citri Kuwayama mitochondrial cytochrome oxidase 1 haplotypes: two Old World lineages and a New World invasion

机译:世界柑桔Kuwayama线粒体细胞色素氧化酶1单倍型的全球多样性概述:两种旧世界血统和新世界入侵

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摘要

Relationships among worldwide collections of Diaphorina citri (Asian citrus psyllid) were analyzed using mitochondrial cytochrome oxidase I (mtCOI) haplotypes from novel primers. Sequences were produced from PCR amplicons of an 821bp portion of the mtCOI gene using D. citri specific primers, derived from an existing EST library. An alignment was constructed using 612bps of this fragment and consisted of 212 individuals from 52 collections representing 15 countries. There were a total of eight polymorphic sites that separated the sequences into eight different haplotypes (Dcit-1 through Dcit-8). Phylogenetic network analysis using the statistical parsimony software, TCS, suggests two major haplotype groups with preliminary geographic bias between southwestern Asia (SWA) and southeastern Asia (SEA). The recent (within the last 15 to 25 years) invasion into the New World originated from only the SWA group in the northern hemisphere (USA and Mexico) and from both the SEA and SWA groups in the southern hemisphere (Brazil). In only one case, Reunion Island, did haplotypes from both the SEA and SWA group appear in the same location. In Brazil, both groups were present, but in separate locations. The Dcit-1 SWA haplotype was the most frequently encountered, including ~50% of the countries sampled and 87% of the total sequences obtained from India, Pakistan and Saudi Arabia. The second most frequently encountered haplotype, Dcit-2, the basis of the SEA group, represented ~50% of the countries and contained most of the sequences from Southeast Asia and China. Interestingly, only the Caribbean collections (Puerto Rico and Guadeloupe) represented a unique haplotype not found in other countries, indicating no relationship between the USA (Florida) and Caribbean introductions. There is no evidence for cryptic speciation for D. citri based on the COI region included in this study.
机译:使用新型引物的线粒体细胞色素氧化酶I(mtCOI)单倍型分析了全球柑桔(亚洲柑桔)集合之间的关系。使用来源于现有EST文库的柠檬果蝇特异引物,从mtCOI基因的821bp部分的PCR扩增子产生序列。使用该片段的612bps构建比对,由来自15个国家的52个馆藏的212个人组成。共有八个多态性位点,可将序列分为八种不同的单倍型(Dcit-1至Dcit-8)。用统计简约软件TCS进行的系统进化网络分析表明,西南亚(SWA)和东南亚(SEA)之间存在初步地理偏向的两个主要单倍型群。最近(过去15到25年内)对新世界的入侵仅来自北半球的SWA组(美国和墨西哥),以及南半球的SEA和SWA组(巴西)。仅在一个例子中,留尼汪岛的SEA和SWA组的单体型出现在同一位置。在巴西,两个团体都在场,但地点不同。 Dcit-1 SWA单倍型是最常遇到的单倍型,包括约50%的抽样国家和87%的总序列来自印度,巴基斯坦和沙特阿拉伯。第二个最常见的单倍型,Dcit-2,SEA组的基础,代表了约50%的国家,并且包含来自东南亚和中国的大多数序列。有趣的是,只有加勒比海地区的收藏(波多黎各和瓜德罗普岛)代表了其他国家所没有的独特单倍型,这表明美国(佛罗里达州)和加勒比海地区的介绍之间没有任何联系。没有证据表明基于这项研究中包括的COI区域的柑橘D.

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