Analysis of 60 maize populations was conducted to identify genotypes that had either low or high concentration of phytate. Genetic variability in seed phytate content was observed, with values ranging from 1,147 to 4, 13 g kg-1. Inorganic phosphorus (Pi) concentrations were between 0, 35 and 1, 29 and averaged 0, 65 g kg-1. Three groups of populations were identified as having low, intermediate and high phytate content. The low phytate concentration was measured in eight, intermediate in 25 and high in 27 populations. Positive correlation was found between phytate and protein. Population 216 had the lowest phytate concentration of 1, 14 gkg-1, and a Pi concentration 40% greater than Pi mean but lower than average protein content. This popul...
Non-Peer ReviewedPhytate is the major storage form of phosphorus in crop seeds, but is not well dige...
This study reported the effects of gene action in controlling the traits with respect to the content...
Seeds of inbred lines and F1 hybrids of corn (Zea mays L) grown from late rainy season of 2007 to ea...
Analysis of 60 maize populations was conducted to identify genotypes that had either low or high con...
The phytate function in plants is still not completely understood: it is the primary storage P form ...
Seed P is predominantly bound in the organic compound phytate, which makes the bioavailability of P ...
The prevalence of phytate, an unavailable form of phosphorus (P), in maize grain is a source of envi...
Maize is characterised with high diversity, which is at the same time maintained in present gene ban...
Phytate is the dominant storage form of phosphorus (P) in mature cereal and oil grains. Phosphorus b...
Not AvailablePhytic acid (PA), an anti-nutritional factor in maize (Zea mays L.) grains form various...
Broad genetic variability of starting biological material is crucial prerequisite for the successful...
Phytate, as an important mineral storage compound in seeds, is vital for seed/grain development; it ...
A set of fifteen elite inbred lines of maize (used as mothers) and three tester inbred lines (use...
Phytate is the major storage form of phosphorus in crop seeds, but is not well digested by humans an...
The aim of this study was to investigate chemical composition of grain of 20 maize hybrids, from dif...
Non-Peer ReviewedPhytate is the major storage form of phosphorus in crop seeds, but is not well dige...
This study reported the effects of gene action in controlling the traits with respect to the content...
Seeds of inbred lines and F1 hybrids of corn (Zea mays L) grown from late rainy season of 2007 to ea...
Analysis of 60 maize populations was conducted to identify genotypes that had either low or high con...
The phytate function in plants is still not completely understood: it is the primary storage P form ...
Seed P is predominantly bound in the organic compound phytate, which makes the bioavailability of P ...
The prevalence of phytate, an unavailable form of phosphorus (P), in maize grain is a source of envi...
Maize is characterised with high diversity, which is at the same time maintained in present gene ban...
Phytate is the dominant storage form of phosphorus (P) in mature cereal and oil grains. Phosphorus b...
Not AvailablePhytic acid (PA), an anti-nutritional factor in maize (Zea mays L.) grains form various...
Broad genetic variability of starting biological material is crucial prerequisite for the successful...
Phytate, as an important mineral storage compound in seeds, is vital for seed/grain development; it ...
A set of fifteen elite inbred lines of maize (used as mothers) and three tester inbred lines (use...
Phytate is the major storage form of phosphorus in crop seeds, but is not well digested by humans an...
The aim of this study was to investigate chemical composition of grain of 20 maize hybrids, from dif...
Non-Peer ReviewedPhytate is the major storage form of phosphorus in crop seeds, but is not well dige...
This study reported the effects of gene action in controlling the traits with respect to the content...
Seeds of inbred lines and F1 hybrids of corn (Zea mays L) grown from late rainy season of 2007 to ea...