Using an experience-based co-design approach to develop strategies for implementing an intravenous iron intervention to treat moderate and severe anemia in pregnancy in Malawi

Abstract

Background: In low- and middle-income countries, women experiencing anemia during pregnancy are recommended to take 30 mg to 60 mg of oral iron daily throughout pregnancy. However, oral iron tablets are often poorly tolerated and slow in correcting anemia, resulting in low adherence, prolonged anemia, and increased risk of adverse maternal and fetal outcomes. An alternative to oral iron is intravenous (IV) iron, commonly used in high-income countries to restore the body's iron stores rapidly. A randomized controlled trial was conducted to investigate the effectiveness and safety of IV iron compared to standard-of-care oral iron supplementation for pregnant women with moderate and severe anemia in the third trimester in Malawi (REVAMP-TT). Using an experience-based co-design approach, our study aimed to identify barriers and facilitators to IV iron use to treat anemia in pregnancy in the primary healthcare system of Malawi, and develop mitigating strategies for the successful implementation of REVAMP-TT.

Methodology: The co-design process involved two phases: i) We conducted an information-gathering exercise to identify barriers and facilitators to IV iron use to treat anemia in pregnancy in the primary healthcare system of Malawi. We interviewed key informants (n = 53) including the policymakers, government partners, healthcare managers, and healthcare providers. We also gathered previous research findings from a formative qualitative study on the perceptions and experiences of IV iron treatment for pregnant women experiencing anemia in Malawi (n = 29). ii) We conducted two co-design workshops with end-users (n = 20) and healthcare providers (n = 20) to confirm and identify the key barriers and facilitators and developed mitigating strategies to inform the successful implementation of the REVAMP-TT trial. We mapped the emerging barriers to the Consolidated Framework for Implementation Research 2.0 (CFIR 2.0) and matched the mitigating strategies to the corresponding Expert Recommendations for Implementing Change (ERIC) compilation.

Results: The following were identified as key barriers to IV iron use to treat anemia in pregnancy in the primary healthcare system of Malawi: the cost of IV iron, the lack of available resources and knowledge, local attitudes including myths and misconceptions about IV iron and keeping pregnancy a secret, local conditions, the lack of political will and buy-in from high-level leaders, the lack of capability of healthcare providers to deliver IV iron, and the lack of male involvement to support pregnant women's access to antenatal care. The proposed strategies to mitigate the barriers for the successful implementation of the REVAMP TT trial included providing financial strategy, developing stakeholder relationships, training and educating stakeholders, supporting clinicians, and engaging end-users.

Conclusion: The use of the experience-based co-design approach in our study provided a valuable method to expose the potential barriers and facilitators to IV iron use and develop mitigating strategies to successfully implement the REVAMP-TT trial. Engaging both the key informants and end users promoted ownership and consensus among stakeholders and ensured a collaborative environment for sharing deeply rooted real-world experiences and insights. Not only do these findings address the needs of this study, but they also, lay a groundwork for the possible integration of IV iron into routine care in Malawi and provide knowledge for policymakers to make informed decisions on the management of anemia in the primary healthcare systems of Malawi.

Keywords: Anemia; Antenatal care; Community engagement; Experience-based co-design; Implementation strategies; Intravenous iron; Pregnant women.

Fig. 1

Experience-based co-design orientation and collaborative change processes

Fig. 2

Key barriers mapped to selected implementation strategies in an implementation research logic model

Fig. 3

Information, education and communication wallchart for anemia in pregnancy (English Version)

Fig. 4

Information, education and communication poster for anemia in pregnancy (English Version)

Fig. 5

Information, education, and communication wallchart for anemia in pregnancy (Chichewa version)

Fig. 6

Information, education, and communication poster for anemia in pregnancy (Chichewa version)