Rice is an important staple food in Asian countries. In rural areas it is also a major source of micronutrients. Unfortunately, the bioavailability of minerals, e.g. zinc from rice, is low because it is present as an insoluble complex with food components such as phytic acid. We investigated the effects of soaking, germination and fermentation with an aim to reduce the content of phytic acid, while maintaining sufficient levels of zinc, in the expectation of increasing its bioavailability. Fermentation treatments were most effective in decreasing phytic acid (56¿96% removal), followed by soaking at 10 °C after preheating (42¿59%). Steeping of intact kernels for 24 h at 25 °C had the least effect on phytic acid removal
Zinc (Zn) biofortification through foliar Zn application is an attractive strategy to reduce human Z...
The specific objectives of the research were 1) to analyze zinc content of rice, 2) to analyze effec...
Zinc (Zn) deficiency is a widely occurring constraint for rice production and for human nutrition. S...
Rice is an important staple food in Asian countries. In rural areas it is also a major source of mic...
Grain soaking treatment could reduce phytates improving mineral and protein bioavailability. To eval...
With the aim to maximise phytic acid removal and minimise losses of dry matter and minerals (Ca, Fe,...
Rice and rice products supply two thirds of Chinese people with their staple food. Mineral deficienc...
Zinc biofortification in rice can be improved by altering Zn application timing and placement and cu...
BACKGROUND: Zinc (Zn) biofortification through foliar Zn application is an attractive strategy to re...
Background: Biofortification of staple food crops is a promising strategy to combat zinc deficiency,...
Biofortified rice with high Zn concentration could reduce Zn deficiency in South Asia. This populati...
Not AvailablePhytic acid (PA) is considered as an anti-nutritional factor (ANF) present in cereals a...
Micronutrient malnutrition in humans living in rice growing areas is increasing rapidly due to less ...
This study examined the effect of foliar zinc (Zn) application on grain yield, Zn and phytate concen...
Not AvailableIn this study, we evaluated the possibility of increasing Zn and Fe bioavailability in ...
Zinc (Zn) biofortification through foliar Zn application is an attractive strategy to reduce human Z...
The specific objectives of the research were 1) to analyze zinc content of rice, 2) to analyze effec...
Zinc (Zn) deficiency is a widely occurring constraint for rice production and for human nutrition. S...
Rice is an important staple food in Asian countries. In rural areas it is also a major source of mic...
Grain soaking treatment could reduce phytates improving mineral and protein bioavailability. To eval...
With the aim to maximise phytic acid removal and minimise losses of dry matter and minerals (Ca, Fe,...
Rice and rice products supply two thirds of Chinese people with their staple food. Mineral deficienc...
Zinc biofortification in rice can be improved by altering Zn application timing and placement and cu...
BACKGROUND: Zinc (Zn) biofortification through foliar Zn application is an attractive strategy to re...
Background: Biofortification of staple food crops is a promising strategy to combat zinc deficiency,...
Biofortified rice with high Zn concentration could reduce Zn deficiency in South Asia. This populati...
Not AvailablePhytic acid (PA) is considered as an anti-nutritional factor (ANF) present in cereals a...
Micronutrient malnutrition in humans living in rice growing areas is increasing rapidly due to less ...
This study examined the effect of foliar zinc (Zn) application on grain yield, Zn and phytate concen...
Not AvailableIn this study, we evaluated the possibility of increasing Zn and Fe bioavailability in ...
Zinc (Zn) biofortification through foliar Zn application is an attractive strategy to reduce human Z...
The specific objectives of the research were 1) to analyze zinc content of rice, 2) to analyze effec...
Zinc (Zn) deficiency is a widely occurring constraint for rice production and for human nutrition. S...