Significant heterogeneity was evident , and its predictors included greater weight-for-age in supplemented children in malaria hyperendemic regions and greater weight-for-height for children above 5 years of age , but a negative effect on linear growth in developed countries and with supplementation for 6 months or longer .
This review did not document a positive effect of iron supplementation on the physical growth of children .
OBJECTIVE To evaluate the effect of iron supplementation on  physical growth in children through a systematic review of r and omised controlled trials ( RCTs ) .
Does iron therapy benefit children with severe malaria-associated anaemia? A clinical trial with 12 weeks supplementation of oral iron in young children from the Turiani Division, Tanzania.
Oral iron supplementation is often routinely given to children with malaria-associated anaemia , but its contribution to recovery is controversial . A r and omized clinical trial , evaluating such routine , was carried out among 100 children , who had a haemoglobin of < or = 5 g/dl and a positive blood smear for malaria parasites . All children received malaria therapy ( chloroquin + fansidar ) and were r and omly allocated to two groups , one receiving additional oral iron treatment , the other being the control . In the 12-week follow-up period the haemoglobin level and malaria indices were measured at 2 , 4 , 8 , and 12 weeks . There was a 100 per cent compliance during the follow-up period . In each group 20 children ( 40 per cent ) required a blood transfusion . In the remaining 60 children , after 2 weeks the haemoglobin had risen 3.7 g/dl in the ferrous-supplemented group compared to 3.5 g/dl in the non-ferrous group . Thereafter , the increase in haemoglobin in both groups was steady . At follow-up measurements , the groups did not differ for haemoglobin levels . The mean haemoglobin at 12 weeks was 9.2 and 9.0 g/dl , respectively . It was concluded that iron supplementation did not have any effect on the rate of parasitaemia and on parasite density during the 12 weeks . However , the iron-supplemented group had a significantly increased morbidity from other causes than malaria . It appears that iron does not have an effect on the recovery of haemoglobin level in children with malaria-associated anaemia . This study provides no evidence supporting routine iron supplementation to these children
Significant heterogeneity was evident , and its predictors included greater weight-for-age in supplemented children in malaria hyperendemic regions and greater weight-for-height for children above 5 years of age , but a negative effect on linear growth in developed countries and with supplementation for 6 months or longer .
This review did not document a positive effect of iron supplementation on the physical growth of children .
OBJECTIVE To evaluate the effect of iron supplementation on  physical growth in children through a systematic review of r and omised controlled trials ( RCTs ) .