[HTML][HTML] Chronic iron overload and toxicity: clinical chemistry perspective
SG Kelly - Clin Lab Sci, 2001 - the-medical-dictionary.com
The content of body iron is regulated primarily by absorption since humans have no
physiological mechanism by which excess iron is excreted. This regulation, however, is not …
physiological mechanism by which excess iron is excreted. This regulation, however, is not …
Chronic iron overload and toxicity: Clinical chemistry perspective
JO Kang - Clinical Laboratory Science, 2001 - search.proquest.com
The content of body iron is regulated primarily by absorption since humans have no
physiological mechanism by which excess iron is excreted. This regulation, however, is not …
physiological mechanism by which excess iron is excreted. This regulation, however, is not …
Chronic iron overload and toxicity: clinical chemistry perspective
JO Kang - Clinical laboratory science: journal of the …, 2001 - pubmed.ncbi.nlm.nih.gov
The content of body iron is regulated primarily by absorption since humans have no
physiological mechanism by which excess iron is excreted. This regulation, however, is not …
physiological mechanism by which excess iron is excreted. This regulation, however, is not …
Chronic iron overload and toxicity: clinical chemistry perspective.
JO Kang - Clinical Laboratory Science: Journal of the American …, 2001 - europepmc.org
The content of body iron is regulated primarily by absorption since humans have no
physiological mechanism by which excess iron is excreted. This regulation, however, is not …
physiological mechanism by which excess iron is excreted. This regulation, however, is not …