Multiple micronutrient supplements versus iron-folic acid supplements and maternal anemia outcomes: an iron dose analysis
Published: February 25, 2022
Publication: MMS in Pregnancy Technical Advisory Group, New York Academy of Sciences
Authors: Filomena Gomes, Rina Agustina, Robert E. Black, Parul Christian, Kathryn G. Dewey, Klaus Kraemer
Background
- The World Health Organization currently recommends 30 to 60 mg of iron during pregnancy, with higher doses recommended in areas of high maternal anemia
- Multiple micronutrient supplement (MMS) and iron folic acid (IFA) are both used to deliver iron during pregnancy
- Comprehensive analysis was conducted examining 19 studies to address concerns related to 30mg of iron through MMS vs. 60mg of iron through IFA, with regard to maternal anemia outcomes in low- and middle-income countries (LMICs)
Summary
- Of the 19 studies that were screened for inclusion, 11 were included and were part of the analyses of the three outcomes of interest:
- Effect of MMS vs. IFA on maternal anemia in the third trimester
- Effect of MMS vs. IFA on hemoglobin in the third trimester
- Effect of MMS vs. IFA on iron deficiency anemia in the third trimester
- When compared to 60 mg of IFA, MMS providing 30 mg of iron did not result in an increased risk of anemia, nor lower levels of hemoglobin, or increased risk of iron deficiency anemia
- The included studies found that MMS with 30 mg of iron is comparable to IFA with 60 mg of iron with regard to these above-mentioned outcomes
- MMS is known to have additional benefits in the risk of infant mortality at 6 months, low birthweight, preterm birth, born small-for-gestational age, and reduction of stillbirth. Greater reductions are found among anemic pregnant women so the data suggest that transitioning from IFA with 30 or 60 mg of iron to MMS with 30 mg of iron would not increase the risk of maternal anemia and has additional maternal/child health benefits.
Key Quotes
- “Because MMS with 30 mg of iron influenced hemoglobin with clinically comparable results to IFA with 60 mg iron, and because MMS significantly improves fetal growth and survival, especially in anemic women, we suggest that policymakers in LMIC proceed with the transition from IFA to MMS.”
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