《Table 1 Barley specific primer sequence used it this study》

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《"Alleviation of arsenic toxicity by phosphate is associated with its regulation of detoxification,defense,and transport gene expression in barley"》

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Concentrations and translocation factors（TF）of As and P affected by different treatments are shown in Table 3.As concentration was basically similar in the roots of both genotypes，however，the significant difference was noted in the shoots between the 2 genotypes，with ZDB475 having approximately 9 and 4 times as high as in ZDB160 in As and As+P treatments，respectively.Also As TF in ZDB475 was7 and 4 folds higher than that in ZDB160 in As and As+P treatments.For P concentration，ZDB475 was significantly higher than ZDB160，respectively of plant tissue and As or P treatments.As treatment caused the significant reduction of P concentration in plant tissues of both genotypes，while P addition did not alter the reduction largely.In addition，As treatment（As alone and As+P treatments）caused the significant increase in the TF of P.The increase in P translocation was significant in ZDB160 with the highest translocation being noted in ZDB160 under combined addition of As and P.The increase in P translocation was inversely proportion to As translocation in ZDB160 while it was not well pronounced in ZDB475.The difference in As and P uptake is indicative of genotypic differences as explained by the high significant difference between genotypes in regards to As and P concentrations.