Cementing Partnerships: Applying a Network-Mapping Tool in Tajikistan.

Background: This article describes the integration of an innovative network-mapping tool within a monitoring, evaluation and learning system. We describe how it serves to strengthen vulnerable families to care for their children. We discuss the use of this tool as part of the process of measurement for change in the preparation for the sustainable scaling of programme implementation. Tajikistan has a legacy of Soviet-style institutional care of children. Traditionally, very young children separated from their families have been cared for in institutional baby homes. This research is part of a wider project to transform these baby homes into community-oriented Family and Child Support Centres. Methods: We mapped the networks of child support experienced by parents and service providers. We used interactive, semi-structured interviews, and the tool evolved through an iterative process. We generated data to describe the connexions between children, families, professionals and supporting organisations. The resulting information revealed strengths and weaknesses in support provided, attitudes and perceptions towards the quality of the support as well as identifying processes through which changes strengthening the system can be stimulated. Results: The data showed that the main support for children comes from within their immediate household, but, over time, more distal support gained value. Variation in the networks of support related to gender, specific subgroups of need and location. Gender was the most influential determinant of patterns of support. Mothers' knowledge of service provision, represented by a greater number and variety of contacts on their network-maps, was more diverse than fathers'. In contrast, fathers' more limited networks showed connexions to individuals and organisations with potentially more powerful decision-making roles. Participation in the discussions around the network-mapping contributed towards a change in the use of data and evidence in the implementation team. Conclusions: Network-mapping is a valuable and adaptable tool that feeds into monitoring and evaluation at multiple levels. The process reveals the nature and extent of relationships of support for childcare and protection. It exposes the changes in these networks over time. Both the information provided and the process of collection can enrich care plans, create links within the network and inform decision-making that improves efficacy of delivery as we move to scale.

Impact of Plasmodium falciparum malaria on performance and learning: review of the evidence.

Despite the growing recognition that Plasmodium falciparum malaria constitutes a major threat to child survival, the indirect consequences of disease and infection on general human development have been less well described. This review suggests that malaria in childhood is likely to have effects on general cognitive and behavioral development, which range from subtle to profound. Nevertheless, our understanding of the numbers of affected children, and the persistence of and recovery from impairment remains ill defined. Only through large long-term studies will we be able to establish the wider consequences of malaria on communities in areas of the world where malaria is endemic.

Cognitive sequelae of severe malaria with impaired consciousness.

Although cerebral malaria is the most common acute encephalopathy arising in children in Africa little is known of its effect upon the longer-term cognitive development of survivors. In Kenya, we compared the performance of 87 survivors of severe malaria with impaired consciousness to matched community controls on a wide range of tasks, not less than 42 months post illness episode. The presence of cognitive impairment was then related to both the pattern of symptoms at the time of the acute illness and the presence of gross neurological impairment on discharge. Significant group differences were found in areas of cognitive functioning suggestive of widespread impairment in the development of the ability to initiate, plan and carry out tasks (the executive functions). On tasks of more discrete cognitive skills (information processing) there were no significant group differences, although impaired performance was found more frequently in the severe malaria group. The odds ratio associated with the development of cognitive impairment following severe malaria with impaired consciousness was found to be 4.48 (95% CI 1.22, 16.47). A combination of 4 signs (coma, hypoglycaemia, seizures, and absence of hyperpyrexia) proved to have greater accuracy than the presence of gross neurological sequelae in predicting cognitive impairment (95% vs 93% specificity, 67% vs 58% sensitivity).