09-16-2009, 06:35 AM
you right, guys about my question-Ferritin is the answer.
But still posting the explanation:
The total iron-binding capacity is elevated, not decreased, in iron deficiency anemia. As an acute-phase reactant, serum iron may be decreased in response to inflammation even when total body stores of iron are not decreased. Microcytosis and hypochromia are both features of iron deficiency anemia occurring late in its development, but both can also be seen in the thalassemias. Serum ferritin is also an acute-phase reactant but is normal or elevated in the face of an inflammatory process. A low serum ferritin, however, is diagnostic for iron deficiency even in its early stages.
But still posting the explanation:
The total iron-binding capacity is elevated, not decreased, in iron deficiency anemia. As an acute-phase reactant, serum iron may be decreased in response to inflammation even when total body stores of iron are not decreased. Microcytosis and hypochromia are both features of iron deficiency anemia occurring late in its development, but both can also be seen in the thalassemias. Serum ferritin is also an acute-phase reactant but is normal or elevated in the face of an inflammatory process. A low serum ferritin, however, is diagnostic for iron deficiency even in its early stages.