It has been well documented that ascorbate enhances iron uptake, with a proposed mechanism based on reduction to the more absorbable ferrous form. We have performed a study on the effects of ascorbate on ferric iron uptake in the human epithelial Caco-2 cell-line. Ascorbate increased uptake in a concentration-dependent manner with a significant difference between iron uptake and reduction. Uptake kinetics are characteristic of a non-essential activator and the formation of an Fe(3+)-ascorbate complex. This investigation provides evidence that ascorbate enhances the apical uptake of ferric iron into Caco-2 cells through the formation of a Fe(3+)-ascorbate complex
Since Szent-Gyorgyi first purified ascorbic acid (vitamin C) in 1928 (1), a number of associations b...
Vitamin C (ascorbic acid, AA) is an important antioxidant in human plasma. It is clear, however, tha...
The Caco-2 human intestinal cell line was selected as a potential model for the study of iron bioava...
It has been well documented that ascorbate enhances iron uptake, with a proposed mechanism based on...
Iron deficiency is a serious health issue in developing countries and also in vulnerable groups of t...
Background Ascorbic acid (vitamin C) enhances iron uptake in human intestinal cells. It is commonly...
Ascorbic acid (vitamin C) has major effects on the intestinal uptake and utilisation of Fe in humans...
A few tightly regulated transport proteins mediate iron absorption across the intestinal epithelium....
A few tightly regulated transport proteins mediate iron absorption across the intestinal epithelium....
Inorganic iron (Fe) absorption from the diet is controlled mainly in the intestinal tract where apic...
AbstractAlthough ascorbate has long been known to stimulate dietary iron (Fe) absorption and non-tra...
Dietary components have been known for many years to have a variable effect on non-haem iron uptake ...
Dietary components have been known for many years to have a variable effect on non-haem iron uptake ...
Externally added ascorbate or NADH effectively reduced ferricyanide and promoted the exit of Fe3+ or...
Iron and ascorbate are vital cellular constituents in mammalian systems. The bulk-requirement for i...
Since Szent-Gyorgyi first purified ascorbic acid (vitamin C) in 1928 (1), a number of associations b...
Vitamin C (ascorbic acid, AA) is an important antioxidant in human plasma. It is clear, however, tha...
The Caco-2 human intestinal cell line was selected as a potential model for the study of iron bioava...
It has been well documented that ascorbate enhances iron uptake, with a proposed mechanism based on...
Iron deficiency is a serious health issue in developing countries and also in vulnerable groups of t...
Background Ascorbic acid (vitamin C) enhances iron uptake in human intestinal cells. It is commonly...
Ascorbic acid (vitamin C) has major effects on the intestinal uptake and utilisation of Fe in humans...
A few tightly regulated transport proteins mediate iron absorption across the intestinal epithelium....
A few tightly regulated transport proteins mediate iron absorption across the intestinal epithelium....
Inorganic iron (Fe) absorption from the diet is controlled mainly in the intestinal tract where apic...
AbstractAlthough ascorbate has long been known to stimulate dietary iron (Fe) absorption and non-tra...
Dietary components have been known for many years to have a variable effect on non-haem iron uptake ...
Dietary components have been known for many years to have a variable effect on non-haem iron uptake ...
Externally added ascorbate or NADH effectively reduced ferricyanide and promoted the exit of Fe3+ or...
Iron and ascorbate are vital cellular constituents in mammalian systems. The bulk-requirement for i...
Since Szent-Gyorgyi first purified ascorbic acid (vitamin C) in 1928 (1), a number of associations b...
Vitamin C (ascorbic acid, AA) is an important antioxidant in human plasma. It is clear, however, tha...
The Caco-2 human intestinal cell line was selected as a potential model for the study of iron bioava...