Caffeine citrate for Preterm infants in Africa project (CaPIA)

Caffeine citrate for Preterm infants in Africa project (CaPIA)

2023 – present

UK aid is supporting the production and distribution of nutrient-enriched peanut paste in Kenya, to help treat children suffering from malnutrition as a result of the extended drought which is gripping much of the country. Over 2.7 million people have been affected by the drought in Kenya, including over 1 million children. Over 100,000 of those are children under 5 years old who are in need of treatment for severe malnutrition.The UK has already provided funding for 14,000 cartons of the peanut paste in Kenya, enough to treat 14,000 severely malnourished children since October 2016. Each carton contains 150 sachets of the paste, which are dosed at approximately 3 per child per day for about 2 weeks. The paste (which is also known as 'Plumpy Nut' or RUTF - Ready to Use Therapeutic Food) helps malnourished children regain weight and nutrition quickly and safely. Most children will recover within 2 weeks of treatment, whereas many would die without it. The UK has recently provided an additional £4 million funding to UNICEF to enable them to locate and treat an additional 70,000 of the most severely malnourished children at risk this year. Repeated failed rains have left Kenya facing it's worst drought crisis in over 30 years. The drought is also affecting millions of people in South Sudan, Somalia and Ethiopia.

A lack of data

Apnoea of prematurity (AOP) among preterm infants in Africa is a leading cause of severe illness and death, especially in absence of regular monitoring and breathing support. In high income countries caffeine citrate is an established treatment for AOP in among preterm infants. However, there is limited data from low- and middle-income countries on its usefulness among preterm infants.  There is a critical need to study the impact of caffeine citrate on important clinical outcomes in premature infants in LMICs. However, because of the lack of clinical equipoise the exact study design to achieve this goal, especially the use of placebo is complex and debatable.

Our aim is to gain consensus on the optimal study design(s) to test the impact of caffeine citrate on critical clinical outcomes in this setting.

We are conducting an adapted online Delphi survey, among >70 local stakeholders in newborn care across >20 countries in Africa (clinicians and allied professionals), to gain consensus on the optimal study design to test the impact of caffeine citrate on critical clinical outcomes in this setting.  We will use our findings to support stakeholders with the decisions on how to generate evidence to inform policy strategies on caffeine citrate use in the management of apnoea of prematurity in Africa.

Publications

Nabwera HM, Ekhaguere OA, Kirpalani H, Burgoine K, Ezeaka CV, Otieno W, Allen SJ, Embleton ND; Neonatal Nutrition Network (NeoNuNet). Caffeine for the care of preterm infants in sub-Saharan Africa: a missed opportunity? BMJ Glob Health. 2021 Dec;6(12):e007682. doi: 10.1136/bmjgh-2021-007682.