serum copper level significantly influences platelet count, lymphocyte count and mean cell hemoglobin in sickle cell anemia

Background: changes in serum micro nutrients levels affect a number of critically important metabolic processes; these could potentially influence blood counts and ultimately disease presentation in patients with sickle cell anemia (sca). objectives: to evaluate the influence of serum micro-nutrients levels; zinc, copper, selenium and magnesium on blood counts in steady state sca patients. methods: a cross sectional study that involved 28 steady state adult sca subjects. seven milliliters (mls) of blood was collected; 3 mls was for hemoglobin electrophoresis and full blood count determination while 4 mls was for measurement of serum micro nutrients levels, by the atomic absorption spectrophotometry. correlation between serum micro-nutrient levels and blood counts was done by the pearson’s linear regression. ethical approval was obtained from the institutional review board and each participant gave informed consent. all data was analyzed by spss software version 20. results: there was a significant correlation between serum copper levels and mean cell hemoglobin (mch), platelet and lymphocyte counts (r = 0.418; p = 0.02, r = -0.376; p = 0.04 and r = -0.383; p = 0.04, respectively). there were no significant correlations between serum levels of other micro nutrients (selenium, zinc and magnesium) and blood counts. conclusions: copper influences blood count in sca patients probably by inducing red cell haemolysis, oxidant tissue damage and stimulating the immune system.