巴西葡萄球菌,1922(半翅目:人造奶油)

C. D. B. Munhae, V. G. Martins, C. Martins, O. Bueno
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摘要

巴西Eurhizococcus brasiliensis Wille, 1922(半翅目:Margarodidae),也被称为碎珍珠,是一种在巴西几个州的葡萄栽培中发现的胭脂虫根。它造成经济损失,而且难以控制。鉴于在形态学上识别这一群体的困难,目前的研究旨在通过假设在该国有不止一种这种胭脂虫来追踪地面珍珠的分子特征。在南里奥格兰德州(Flores da Cunha和Pinto Bandeira县)、圣卡塔琳娜州(Videira和Pinheiro Preto县)、圣保罗州(s o Roque、s o Miguel Arcanjo、Louveira和Indaiatuba县)和伯南布哥州(Petrolina县)采集了研磨珍珠样本。随后对COI、ITS和28S基因以及18条RAPD引物进行分析。COI和ITS基因引物扩增不成功。28S基因分析形成两个支系,RAPD分析形成三组。所分析样品间的遗传距离和地理距离均为正。结果可以推断在分析区域至少存在两个地面珍珠群。为了解释胭脂虫类群的分离,提出了两种假设:(i)创始人效应作用和(ii)区域物种独立性。但对地珍珠系统发育的解释还需要进行其他基因的互补分子研究,以及类群分类学和基础生物学的研究。
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Eurhizococcus brasiliensis Wille, 1922 (Hemiptera: Margarodidae) molecular profile
Eurhizococcus brasiliensis Wille, 1922 (Hemiptera: Margarodidae), also known as ground pearl, is a root cochineal found in viticultures in several Brazilian states. It causes economic losses and is difficult to control. Given the difficulty in morphologically identifying the group, the current study aims to trace the ground pearl molecular profile by assuming that there is more than one species of this cochineal in the country. Ground pearl samples were collected in Rio Grande do Sul (Flores da Cunha and Pinto Bandeira Counties), Santa Catarina (Videira and Pinheiro Preto Counties), São Paulo (São Roque, São Miguel Arcanjo, Louveira and Indaiatuba Counties) and Pernambuco States (Petrolina County). Subsequently, the COI, ITS and 28S genes as well as the 18 RAPD primers were analyzed. The COI and ITS gene primers were not successfully amplified. The 28S gene analysis formed two clades and the RAPD analysis formed three groups. The genetic and geographic distances among the herein analyzed samples were positive. Results allow inferring the existence of at least two ground pearl groups in the analyzed areas. Two hypotheses are presented in order to explain the cochineal groups’ separation: (i) the founder effect action and (ii) the regional species independence. However, it is necessary to conduct complementary molecular studies using other genes as well as studies on the group taxonomy and basic biology to explain the ground pearl phylogeny.
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