首页> 外文期刊>Brazilian Archives of Biology and Technology >Phenetic analysis of Panstrongylus megistus Burmeister, 1835 (Hemiptera: Reduviidae: Triatominae) in the State of Paraná-Brazil
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Phenetic analysis of Panstrongylus megistus Burmeister, 1835 (Hemiptera: Reduviidae: Triatominae) in the State of Paraná-Brazil

机译:Panparaylus megistus Burmeister,1835年(半翅目:Reduviidae:Triatominae)在巴西巴拉那州的物候分析

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Panstrongylus megistus is an important Chagas Disease vector and is said to be one of the species that might replace Triatoma infestans as the main vector of that disease in Brazil. The different degrees of P. megistus domiciliation in Brazil and its epidemiological relevance draw forth the need for the development of genetic studies that make it possible to analyze and understand the interchange of individual and gene fluxes among different populations. Thus, the present work aimed at studying the genetic variability of P. megistus in the State of Paraná - south of Brazil- and at comparing it with populations of the same species from five other states in Brazil (SP, MG, SC, RS, SE). In order to attain the proposed objective, 25 populations were studied using fifteen isoenzymatic systems (6PGD, G6PD, ME1, ME2, ICD, PGM, GPI, GOT1, GOT2, NP1, NP2, DIA, MPI, F, and MDH). The phenetic analysis allowed the individuation of 22 electromorphs and five zymodemes. The G6PD enzyme was the only polymorphic one presenting four electromorphs for the studied populations, all of them described for the State of Paraná-BR. The P. megistus populations from other states grouped with those from Paraná-BR, evidencing a low genetic variability in that species. Despite the existing geographic barriers, sub-samples - away from one another by at most 570km - were grouped in one and the same zymodeme. The epidemiological implications of such results are discussed in the present work.
机译:Panstrongylus megistus是重要的南美锥虫病媒介,据说是可能取代Triatoma infestans的物种之一,成为巴西该病的主要媒介。巴西不同程度的疟原虫定点化及其流行病学相关性提出了发展基因研究的需要,这使得有可能分析和理解不同人群之间个体和基因通量的互换。因此,本研究旨在研究巴西南部巴拉那州的megistus遗传变异,并将其与巴西其他五个州(SP,MG,SC,RS, SE)。为了实现拟议的目标,使用了十五种同功酶系统(6PGD,G6PD,ME1,ME2,ICD,PGM,GPI,GOT1,GOT2,NP1,NP2,DIA,MPI,F和MDH)研究了25个种群。物候分析允许个体化22种电子体和5种酶。 G6PD酶是唯一的多态性酶,在研究人群中表现出四种电态,所有这些都针对巴拉那州进行了描述。来自其他州的megistus种群与来自Paraná-BR的种群一起分组,表明该物种的遗传变异性较低。尽管存在地理障碍,但子样本(彼此之间相距不超过570公里)被分组为一个相同的zymodeme。在当前的工作中讨论了这种结果的流行病学意义。

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