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Twenty five vegetable amaranth genotypes were evaluated to investigate the   antioxidant vitamins and minerals composition and its genetic variability in   a RCBD with three replications at Bangabandhu Sheikh Mujibur Rahman   Agricultural University in Bangladesh during kharif1 season 2012 and 2013,   respectively. Significant Mean Sum of Square revealed a wide range of   genotypic variability among traits. Vegetable amaranth was rich in iron,   zinc, manganese, magnesium and potassium. Ten strains gave the best (more   than 5 kg) foliage yield with rich in antioxidant minerals and vitamins.   Selection of these genotypes would be economically useful for antioxidant   vitamins, minerals and yield aspects. On the other hand, eight genotypes had   high amounts of antioxidant vitamins and minerals with below average foliage   yield and could be utilized as donor parents for introgression of genes in   vitamins and minerals deficient lines. Considering genetic parameter six   traits i e., Fe, Zn, Mn, ascorbic acid, number of leaves plant and foliage   yield would be selected for the improvement of vegetable amaranth genotypes   under study. However, correlation study revealed that selection based on Fe,   Mn, ascorbic acid and number of leaves per plant could lead to increase the   foliage yield of vegetable amaranth strains. Insignificant genotypic   correlations between foliage yield with most of the antioxidant vitamins and   minerals traits indicating that selection for high vitamins and minerals   content might be possible without compromising yield loss. Based on mean,   genetic parameters and correlation coefficient values, five vegetable   amaranth genotypes i. e., AA19, AA10, AA3, AA24 and AA7 might be selected as   high vitamin and minerals containing high yielding vegetable amaranth   varieties

Genotype variability in composition of antioxidant vitamins and minerals in vegetable amaranth