Quantitative relations between baseline iron status , study duration , and iron dose on changes in iron-status biomarkers , which were generated from the meta-analyses , can be used to predict effects of trials of iron supplementation and fortification and to design iron-intervention programs
BACKGROUND The response of status biomarkers to an increase in iron supply depends on several physiologic and environmental factors , which make it difficult to predict the outcome of an intervention .
OBJECTIVE We assessed effects of baseline iron status , sex , menopausal status , duration of intervention , iron form , and daily dose on the change in iron status in response to iron supplementation .
The effects of hemoglobin supplements on maximal oxygen uptake in females.
There was no significant change in the maximal oxygen uptake for either the experimental or the control group from the pre-test to the post-test . Five blood chemistry measures were unable to predict the post-maximal oxygen uptake scores using the procedure of stepwise regression . An examination of the blood chemistry profiles indicated that sports anemia did not occur . The factorial breakdown was unable to produce any significant insight into the changes in hemoglobin concentration and oxygen consumption .  Heme-iron supplementation was unable to override the regulatory system of the body and allow the hemoglobin level to become elevated
Quantitative relations between baseline iron status , study duration , and iron dose on changes in iron-status biomarkers , which were generated from the meta-analyses , can be used to predict effects of trials of iron supplementation and fortification and to design iron-intervention programs
BACKGROUND The response of status biomarkers to an increase in iron supply depends on several physiologic and environmental factors , which make it difficult to predict the outcome of an intervention .
OBJECTIVE We assessed effects of baseline iron status , sex , menopausal status , duration of intervention , iron form , and daily dose on the change in iron status in response to iron supplementation .