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Malaria in school-age children in Africa: an increasingly important challenge
Joaniter Nankabirwa1, Simon J Brooker, Sian E Clarke
1Makerere University College of Health Sciences, Kampala, Uganda.
Insights
School-age children are increasingly vulnerable to malaria as transmission declines. This review highlights the need for tailored malaria control strategies, including bednets and antimalarial drugs, to protect their health and school performance.
Area of Science:
- * Public Health
- * Tropical Medicine
- * Pediatrics
Background:
- * Declining malaria transmission leads to delayed immunity in school-age children.
- * This demographic faces increased risk of uncomplicated and severe malaria.
- * Malaria negatively impacts academic performance in affected children.
Purpose of the Study:
- * To review current data on malaria prevalence and incidence in African school-age children.
- * To assess the impact of malaria on school performance.
- * To evaluate existing and potential malaria control measures for this age group.
Main Methods:
- * Review of recent epidemiological data on malaria in school-age children in Africa.
- * Analysis of studies on the effectiveness of malaria control interventions.
- * Examination of evidence linking malaria to school performance.
Main Results:
- * School-age children are underrepresented in malaria control efforts.
- * Long-lasting insecticide-treated bednets (LLINs) show lower usage rates in this group.
- * Intermittent preventive treatment shows promise but requires further research for optimal application.
Conclusions:
- * Targeted malaria control is crucial for school-age children due to shifting immunity patterns.
- * Integrated health programs are essential for protecting this population.
- * Further research is needed to optimize chemoprevention and explore vaccine potential.
Abstract:
School-age children have attracted relatively little attention as a group in need of special measures to protect them against malaria. However, increasing success in lowering the level of malaria transmission in many previously highly endemic areas will result in children acquiring immunity to malaria later in life than has been the case in the past. Thus, it can be anticipated that in the coming years there will be an increase in the incidence of both uncomplicated and severe malaria in school-age children in many previously highly endemic areas. In this review, which focuses primarily on Africa, recent data on the prevalence of malaria parasitaemia and on the incidence of clinical malaria in African school-age children are presented and evidence that malaria adversely effects school performance is reviewed. Long-lasting insecticide treated bednets (LLIN) are an effective method of malaria control but several studies have shown that school-age children use LLINs less frequently than other population groups. Antimalarial drugs are being used in different ways to control malaria in school-age children including screening and treatment and intermittent preventive treatment. Some studies of chemoprevention in school-age children have shown reductions in anaemia and improved school performance but this has not been the case in all trials and more research is needed to identify the situations in which chemoprevention is likely to be most effective and, in these situations, which type of intervention should be used. In the longer term, malaria vaccines may have an important role in protecting this important section of the community from malaria. Regardless of the control approach selected, it is important this is incorporated into the overall programme of measures being undertaken to enhance the health of African school-age children.

