The mineral and fatty acid analysis for defining the nutrient composition of this plant also revealed some differences among populations. Result of cluster analysis based on RAPD data did not show any correlation with morphological characters based on Mantel’s test ( r = 0.03). Clustering based on morphological traits divided the populations into three groups. The highest and lowest detected similarities were 0.73 and 0.49, respectively. At the similarity of 0.60 on dendrogram constructed on the base of RAPD data, the samples were divided into eight sub-clusters. The most fragment number amplified by one primer was 27 out of which 15 fragments were polymorphic and the least was 11 with 6 polymorphic bands. Fifteen random decamer primers could amplify DNA well and produced polymorphic bands among populations.
#TIBBE BU ALI SINA PDF SKIN#
There is no information about genetic diversity of this species therefore, the diversity of 17 wild Persian shallot populations collected from different parts of Iran across the Zagross Mountains were evaluated by morphological and RAPD markers. Razi and Ibne Sina state that the cause of these eruptions is mdda-i- ad diya which comes t owards skin surface due to bukhrt-i-badan. Welcome to Bou Ali Sina University, Bu-Ali Sina University, Iran.
Bulbs of Persian shallot, called “Mooseer” in Farsi, are oval, white skinned, usually of one and rarely of two main bulbs and are completely different from common shallot ( Allium ascalonicum). Persian shallot, a bulb producing plant from Alliaceae, is a wildly growing plant collected for its bulbs.
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