2015Guizhou nongye kexueRequires access

ISSR Analysis on Genetic Diversity of Germplasms Resources of Artemisiaargyi

Hui‐Ju Wang

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Abstract

To explore new innovation and utilization path of germplasms resources of A.argyi,and provide technical support for its morphological identification,a ISSR-PCR analysis was conducted on 22 A.argyi samples from southern China.Results:326fragments were amplified from 22 varieties,of which303 fragments were polymorphic.Conclusion:UPGMA were used to study the genetic diversity and cluster analysis of 22 varieties.The 22 varieties were divided into five main groups when the genetic similarity coefficient was 0.615.The genetic diversity was very abundant.

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What this paper is about

To explore new innovation and utilization path of germplasms resources of A.argyi,and provide technical support for its morphological identification,a ISSR-PCR analysis was conducted on 22 A.argyi samples from southern China.Results:326fragments were amplified from 22 varieties,of which303 fragments were polymorphic.Conclusion:UPGMA were used to study the genetic diversity and cluster analysis of 22 varieties.The 22 varieties were divided into five main groups when the genetic similarity coefficient was 0.615.The genetic diversity was very abundant.

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Available abstract

To explore new innovation and utilization path of germplasms resources of A.argyi,and provide technical support for its morphological identification,a ISSR-PCR analysis was conducted on 22 A.argyi samples from southern China.Results:326fragments were amplified from 22 varieties,of which303 fragments were polymorphic.Conclusion:UPGMA were used to study the genetic diversity and cluster analysis of 22 varieties.The 22 varieties were divided into five main groups when the genetic similarity coefficient was 0.615.The genetic diversity was very abundant.

Key concepts: UPGMA, Genetic diversity, Genetic similarity, Biology, Similarity (geometry), Germplasm, Genetic relationship, Path analysis (statistics)

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