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Interventions for anemia prevention and control should incorporate an understanding of the biology as well as the assessment of the severity, magnitude, and prevalence of anemia in public health practice. The causes of anemia are multifactorial. Practitioners can address anemia using three main categories of interventions: 1) those that address non-nutritional causes of anemia (e.g., delayed cord clamping, malaria control, deworming); 2) those that address nutrients alone (e.g., dietary diversification, biofortification, food fortification, supplementation with iron and/or other micronutrients); and 3) those that address both. The emphasis of this anemia toolkit will be on interventions of public health relevance, but we also consider the clinical context. In addition to these broad categories, the toolkit will focus on—

  • evidence of the impact of inflammation and genetic mutations on the applicability and utility of the interventions, as well as issues related to the bioavailability of nutrients, and considerations of safety when selecting an intervention
  • iron and other nutrients like vitamin A, vitamin B12, folate, riboflavin, and zinc that play a role in hemoglobin synthesis and are important for the prevention of anemia such as:
    • interventions at different stages of the life course—with a particular focus on women of reproductive age and preschool-age children
    • consideration of the interventions within the broader context of the external environments including sustainability, social and cultural factors, and climate change. 

In a resource-constrained environment, many health and nutrition issues compete for the attention of public health practitioners and funders. An effective, efficient, and sustainable approach to reducing anemia requires multi-sectoral collaborative efforts where the disparate motivations and mandates of different stakeholders must be addressed. Tools are available to help public health practitioners select one or more interventions to address the multifactorial nature of anemia.

The USAID Advancing Nutrition Anemia Task force has developed five Anemia Briefs that explore current evidence and practice to understand and address the causes and consequences of anemia, and interventions to reduce the burden of disease. One of those briefs—"Food-Based Approaches to Address Anemia”—explore issues related to food-based interventions for reducing anemia.

We found 113 resource(s)

Fortification of Staple Foods with Vitamin A for Vitamin A Deficiency
Systematic Review published by Cochrane Library in
This Cochrane Systematic Review synthesizes the evidence pertaining to the effects of fortifying staple foods with vitamin A in reducing vitamin A deficiency and improving health‐related outcomes in the general population older than 2 years.
Food Fortification with Multiple Micronutrients: Impact on Health Outcomes in General Population
Systematic Review published by Cochrane Library in
This Cochrane Systematic Review synthesizes the evidence pertaining to the impact of food fortification with multiple micronutrients on health outcomes in the general population, including men, women, and children.
Public Health Deworming Programmes for Soil‐Transmitted Helminths in Children Living in Endemic Areas
Systematic Review published by Cochrane Library in
This systematic review synthesizes the evidence pertaining to the effects of public health programs to regularly treat all children with deworming drugs on child growth, hemoglobin, cognition, school attendance, school performance, physical fitness, and mortality. Evidence from 50 trials in low-to-high-burden settings suggests substantial evidence…
Mass Deworming for Improving Health and Cognition of Children in Endemic Helminth Areas: A Systematic Review and Individual Participant Data Network Meta‐Analysis
Systematic Review published by Campbell Systematic Reviews in
This Cambell Systematic Review synthesizes the evidence pertaining to the impact of differing types and frequency of deworming drugs on anemia, cognition, and growth across potential effect modifiers. Evidence from 19 studies suggests little effect on nutritional status or cognition; however, children with heavier-intensity infections may benefit…
Iron Biofortification Interventions to Improve Iron Status and Functional Outcomes
Systematic Review published by The Proceedings of the Nutrition Society in
This systematic review was conducted to evaluate the evidence of the efficacy of iron biofortification interventions on iron status and functional outcomes. Five studies from 3 randomized efficacy trials (rice, pearl millet, beans) conducted in India, the Philippines, and Rwanda were included. Findings suggest that iron biofortification is an…
Maternal and Neonatal Outcomes Related to Iron Supplementation or Iron Status: A Summary of Meta-Analyses
Systematic Review published by The Journal of Maternal-Fetal and Neonatal Medicine in
This review was conducted to derive an umbrella summary of meta-analyses performed to evaluate the effects and associations of iron supplementation or iron status on maternal and birth/neonatal outcomes. Evidence from 16 meta-analyses suggests beneficial effects of multiple-micronutrient supplementation on some neonatal outcomes. Furthermore,…
Climate Change Has Likely Already Affected Global Food Production
Journal Article published by PLOS One in
This article presents linear regression relationships using weather and reported crop data to assess the potential impact of observed climate change on the yields of the top ten global crops – barley, cassava, maize, oil palm, rapeseed, rice, sorghum, soybean, sugarcane and wheat at ~20,000 political units. Results indicate that impacts of climate…
Combining the Effects of Increased Atmospheric Carbon Dioxide on Protein, Iron, and Zinc Availability and Projected Climate Change on Global Diets: A Modelling Study
Literature Review published by The Lancet Planetary Health in
This modelling study uses the International Model for Policy Analysis of Agricultural Commodities and Trade to project per capita availability of protein, iron, and zinc in 2050. Findings indicate that, although technological change, market responses, and the effects of CO2 fertilisation on yield are projected to increase global availability of…