Review Journals : Molecular From Anonaceae

S. Ilyas
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引用次数: 0

Abstract

There are roughly 120 species of the Anona genus, which is found in tropical and subtropical areas. The diversity at the species level and similarity of the leaves, fruits, and stems that are produced as a result of plant cultivation and hybridization create new plants that are difficult to macroscopically identify. The diversity of the genus Anona can be accurately determined using molecular identification. For example, genetic analysis utilizing PCR and the RAPD and AFLP procedures is one way to gather molecular data. In this study, we inform the development of species-specific primers by differentiating the most agronomically interesting Annona species that, until recently, a new formal classification based on molecular phylogenetics has been developed in order to have a quick and precise method of distinguishing Annona between species agronomically.
综述期刊:菊科分子
藜属大约有120种,分布在热带和亚热带地区。由于植物培育和杂交产生的叶、果、茎在物种水平上的多样性和相似性,产生了难以宏观识别的新植物。利用分子鉴定技术可以准确地确定番荔枝属植物的多样性。例如,利用PCR、RAPD和AFLP程序进行遗传分析是收集分子数据的一种方法。在这项研究中,我们通过区分最具农艺学意义的番麻植物来了解种特异性引物的发展,直到最近,一种基于分子系统发育的新的正式分类已经发展起来,以便有一种快速和精确的方法区分不同种类的番麻植物。
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