基于SSR和形态标记的刚果民主共和国东部和坦桑尼亚香蕉和大蕉品种遗传多样性、系统发育分类和主成分分析

Dowiya Benjamin Nzawele, Antoine Kanyenga Lubolo, Paul M. Kusolwa, Cornel L. Rweyemamu, Amon P. Maerere
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引用次数: 1

摘要

香蕉和大蕉是芭蕉属的可食用和无性繁殖的单性植物。它们被全世界数亿人用作主食、甜点和经济作物。然而,这种作物在非洲中部和东部受到几种病虫害的威胁。部分解决这一问题的一种方法是获得具有AAA- Lujugira-Mutika亚群目前所缺乏的理想性状的二倍体。本研究通过21个微卫星标记对二倍体AA-Mshale材料与AAA-Lujugira-Mutika材料的枝系亲缘关系进行了评价,目的是将其纳入育种计划。结果表明,所研究的8个aa - m页岩样品具有一定的差异性。AA-Mshale malembo被确定为Lujugira-Mutika的祖先之一,这表明其花粉活力和对害虫的抗性水平具有决定性,可以纳入育种计划。利用每个染色体连锁群的两对微卫星来确定等位基因的缺失、重组或不退火的存在。迄今为止通过其他技术建立的AA-Mshale和aaa亚群(Ibota, Gros Michel和Green Red)之间的密切性得到了证实。结果表明,微卫星标记可用于品种鉴定和多样性研究,覆盖11个连锁群。
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Genetic Diversity in Banana and Plantains Cultivars from Eastern DRC and Tanzania Using SSR and Morphological Markers, Their Phylogenetic Classification and Principal Components Analyses
Bananas and plantains are edible and vegetatively propagated parthenocarpic species of the genus Musa. They are used as staple food, dessert and cash crop by more than hundred millions of people throughout the world. However, the crop is threatened by several pests and diseases in central and eastern Africa. One way of partly solving this problem is to have diploids which have desirable traits currently lacking in the AAA- Lujugira-Mutika subgroup. The study assessed through 21 microsatellite markers pairs the cladistic closeness of the diploid AA-Mshale accessions with AAA-Lujugira-Mutika with the purpose of inclusion in breeding programmes. Results showed that the eight studied accessions of AA-Mshale were different from each other. AA-Mshale malembo was fairly well established to be among the ancestor of Lujugira-Mutika, suggesting the determinism of its pollen viability and the level of resistance to pests for including in breeding programmes. The use of two pairs of microsatellites per chromosomes linkage group established the existence of alleles ’ deletion, recombination or non-annealing. The closeness among AA-Mshale and AAA-subgroups (Ibota, Gros Michel and Green Red) so far established through other techniques was confirmed. The results recommend the use of microsatellite markers, covering 11 linkage groups for cultivar identification and diver- sity study.
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Importance of Molecular and Phylogenetic Analyses for Identification of Basidiomycetes Phylogenetics Phylogeny of Three Palmwine Yeasts Genera Genetic Diversity in Banana and Plantains Cultivars from Eastern DRC and Tanzania Using SSR and Morphological Markers, Their Phylogenetic Classification and Principal Components Analyses
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