1 alcium balance was largely unaffected by the ferric compounds.

2 ed spin crossover (low to intermediate spin) ferric compounds antiferromagnetically coupled to bis(im

3           Several prior studies suggest that ferric compounds bind dietary phosphate and possess clin

4 d the reactivity of these two forms in their ferric, compound I and compound II state in a multi-mixi

5 ation of more than 2 x 10(8) kg of secondary ferric compounds, mainly schwertmannite and jarosite, wh

6 s conducted to measure the effect of several ferric compounds on intestinal phosphate binding and abs

7 ase in utilization of environmental and host ferric compounds through the production of free, soluble

8 m that can be attributed to reduction of the ferric compound to the ferrous derivative.

9                                   All tested ferric compounds were well tolerated, but animal growth