British Journal of Haematology · 1999 · 19 citations · 9 references
MedicineGeneticsHematologyHuman GeneticsIron Metabolism DisordersMedical GeneticsAnemiaHematologic DisordersHereditary HemochromatosisIron HomeostasisIron MetabolismSideroblastic AnemiaAcquired Sideroblastic AnemiaFerritin ElevationFerritin StatusHemochromatosis PathophysiologyHereditary Sideroblastic AnemiaHfe Gene MutationsIneffective ErythropoiesisIron Overload Pathophysiology
Forty Caucasian patients with primary acquired sideroblastic anaemia (SA), were investigated for the presence of the Cys282Tyr and/or His63Asp mutation as possible cofactor(s) for iron overload. One patient was heterozygous for the Cys282Tyr mutation and 13 heterozygotes and one homozygote for the His63Asp mutation were found (no difference compared with controls). SA patients with normal codon 63 had a mean ferritin level of 923+/-815 microg/l whereas those with codon 63 mutation had 769+/-577 microg/l (P=0.64). We conclude that ineffective erythropoiesis with no associated mutation in the HFE gene can lead to iron overload in SA patients.
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