Manganese and Iron Binding to Human Transferrin

manganese and iron binding to human transferrin

the characteristics of manganese and iron binding to human apotransferrin (apo-tf) have been investigated and compared in this study. both metal ions were taken up by human apo-tf and formed complexes, with the maximum absorbances observed at 410 and 340 nm for manganese-transferrin (mn-tf) and 465 nm for iron-transferrin (fe-tf). addition of manganese (1.5 µg/ml) to the reaction mixture contai...

Study of the Binding of Iron and Indium to Human Serum Apo-Transferrin

Indium is a heavy metal belonging to group IIIa. It is believed that indium may interfere with iron metabolism from the sites of absorption, transportation, utilization and storage in the cells. The present investigation was established to study and compare the binding of iron and indium to human apo-transferrin (apo-tf). Pure human apo-tf was used and the binding activity of iron and indium, a...

study of the binding of iron and indium to human serum apo-transferrin

indium is a heavy metal belonging to group iiia. it is believed that indium may interfere with iron metabolism from the sites of absorption, transportation, utilization and storage in the cells. the present investigation was established to study and compare the binding of iron and indium to human apo-transferrin (apo-tf). pure human apo-tf was used and the binding activity of iron and indium, a...

Transferrin iron-binding sites.

transferrin by iron-binding capacity

SYNOPSIS Two criteria which ought to be satisfied by an acceptable method for the estimation of serum transferrin by iron-binding capacity are enunciated. A screening procedure is described which involves the sequential quantitative use of ion exchange and gel filtration. Its use in testing the extent to which two published methods fulfil the recommended criteria is described. Both methods give...