Wild Allium longicuspis Regel is a Feral Form of Allium sativum L. in Kazakhstan: A Comparative Molecular Genetic Analysis

Q3 Agricultural and Biological Sciences OnLine Journal of Biological Sciences Pub Date : 2023-01-01 DOI:10.3844/ojbsci.2023.33.43
A. Tokenova, G. Sitpayeva, N. Gemejiyeva, S. Suleimenova, N. Friesen, D. Batayeva
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引用次数: 2

Abstract

: The genus Allium L comprises over 1000 species with important nutritional, medicinal and horticultural applications. The natural flora of Kazakhstan is rich in Allium species, including the wild long-pointed onion, A. longicuspis and cultivated A. sativum garlic varieties. It has been hypothesized that A. longicupis is ancestral to A. sativum . We investigated genetic polymorphism in samples of A. longicupis and the A. sativum cultivars “Niki” and “Merey” using start codon targeted polymorphism analysis. Nuclear ribosomal DNA fragments were purified, amplified and tested with 25 primers, finally selecting 12 primers that identified polymorphisms. DNA samples were sequenced, electrophoresed and cluster analysis performed by the construction of dendrograms and principal component analysis. The karyotypes of the different samples were also compared. The results showed that the samples of A. longicupis from natural populations did not differ significantly from those of the cultivated garlic varieties. The results indicate that A. longicupis can be considered a feral, rather than an ancestral, form of A. sativum . These findings have implications both for the breeding and cultivation of garlic varieties and for the taxonomy of the Allium genus.
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野生长叶葱属(Allium longicuspis Regel)是哈萨克斯坦Allium sativum L.的一种野生形态:比较分子遗传分析
:葱属植物有1000多种,具有重要的营养、药用和园艺应用。哈萨克斯坦的自然植物区系中有丰富的葱属植物,包括野生长尖洋葱、A.longicuspis和栽培的A.sativum大蒜品种。据推测,A.longicupis是A.sativum的祖先。我们采用起始密码子靶向多态性分析方法,研究了A.longicupis和A.sativum品种“Niki”和“Merey”的遗传多态性。用25个引物对核核糖体DNA片段进行纯化、扩增和检测,最终选择12个引物进行多态性鉴定。通过构建树状图和主成分分析对DNA样本进行测序、电泳和聚类分析。并对不同样品的核型进行了比较。结果表明,自然种群中的长皮A.longicupis样品与栽培大蒜品种的样品没有显著差异。结果表明,A.longicupis可以被认为是A.sativum的野生形式,而不是祖先形式。这些发现对大蒜品种的选育和栽培以及葱属的分类学都有意义。
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来源期刊
OnLine Journal of Biological Sciences
OnLine Journal of Biological Sciences Agricultural and Biological Sciences-Agricultural and Biological Sciences (all)
CiteScore
2.10
自引率
0.00%
发文量
35
期刊介绍: :: Cell biology :: Developmental biology :: Structural biology :: Microbiology :: Molecular biology & genetics :: Biochemistry :: Biotechnology :: Biodiversity :: Ecology :: Marine biology :: Plant biology :: Bioinformatics
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