OBJECTIVE: To study the relationship between A. lancea and A. chinensis by RAPD analysis. METHOD: Using 10 random primers, RAPD of seven Atractylodes samples was performed. The result was analyzed by RAPDistance Package Version 1.04. RESULT: A total of 60 polymerphic loci were amplified. It appears that the Atractylodes samples tend to cluster in relation to their habitats, and A. lancea has close phylogenetic relationship with A. japonica. CONCLUSION: A certain correlation among the chemical composition, genetic diversity and geographic distribution has been revealed. It is reasonable to separate A. lancea from A. chinensis according to their habitats.
OBJECTIVE: To study the relationship between A. lancea and A. chinensis by RAPD analysis. METHOD: Using 10 random primers, RAPD of seven Atractylodes samples was performed. The result was analyzed by RAPDistance Package Version 1.04. RESULT: A total of 60 polymerphic loci were amplified. It appears that the Atractylodes samples tend to cluster in relation to their habitats, and A. lancea has close phylogenetic relationship with A. japonica. CONCLUSION: A certain correlation among the chemical composition, genetic diversity and geographic distribution has been revealed. It is reasonable to separate A. lancea from A. chinensis according to their habitats.