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Characterization of the potato late blight pathogen Phytophthora infestans in Tunisia. (Special Issue: Potato pathology.)

机译:突尼斯马铃薯晚疫病病原菌疫霉的特征。 (特刊:马铃薯病理学。)

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摘要

This mini-review focus on summarizing different phenotypic and genotypic analysis recorded on Phytophthora infestans population collected from the Northern area of Tunisia. Here, we demonstrated that mating type distribution plays a primordial role in genetic structure of the pathogen between sampling regions. Also, a probably strong correlation between mating type and metalaxyl resistance could be mentioned. Next to that, we found that the aggressiveness and the virulence patterns were highly effective parameters to outline phenotypic diversity in Tunisian population that showed specific characteristics comparing with Algeria and others countries in the world. Consistently, genotypic diversity based on SSR markers seems to be a very interesting key in the genetic understanding of the pathogen. In fact, we found that P. infestans populations in Tunisia were divided to two major phylogenic groups: a clonal lineage group shared between all sampling regions and a diverse group detected in potato population and specific to two sub-regions. Thus, we could conclude that genotypic diversity confirmed phenotypic diversity and both analysis leaded us to conclude that population structure of P. infestans in Tunisia is very specific either in North African area or all over the world.CAS Registry Numbers 57837-19-1
机译:这份小型回顾的重点是总结从突尼斯北部地区收集的疫霉疫霉种群上记录的不同表型和基因型分析。在这里,我们证明了交配类型的分布在采样区域之间的病原体的遗传结构中起着主要作用。同样,可以提及在交配类型和甲霜灵抗性之间可能存在很强的相关性。紧接着,我们发现侵略性和毒力模式是概述突尼斯人口表型多样性的有效参数,与阿尔及利亚和世界其他国家相比,突尼斯人口表现出特定的特征。一致地,基于SSR标记的基因型多样性似乎是病原体遗传理解中非常有趣的关键。实际上,我们发现突尼斯的疫情疫情种群被划分为两个主要的系统发生群:所有采样区域之间共有一个克隆世系群,以及在马铃薯种群中检测到且特定于两个亚区域的多样性群。因此,我们可以得出结论,基因型多样性证实了表型多样性,并且两种分析都使我们得出结论,突尼斯的疫病疫原虫的种群结构在北非地区或世界各地都非常特定.CAS注册号57837-19-1

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