We did a cost-effectiveness analysis alongside a cluster-randomised controlled trial of a participatory intervention with women's groups to improve birth outcomes in rural Nepal. The average provider cost of the women's group intervention was US0.75 dollars per person per year (0.90 dollars with health-service strengthening) in a population of 86,704. The incremental cost per life-year saved (LYS) was 211 dollars (251 dollars), and expansion could rationalise on start-up costs and technical assistance, reducing the cost per LYS to 138 dollars (179 dollars). Sensitivity analysis showed a variation from 83 dollars to 263 dollars per LYS for most variables. This intervention could provide a cost-effective way of reducing neonatal deaths.
A systematic review was conducted to categorize and describe Intervention Models involving community health workers (CHWs) that aim to improve case management of sick children at the household and community levels. The review focused on management of children with signs of malaria or pneumonia. Seven Intervention Models were identified, and classified according to: (1) the role of CHWs and families in assessment and treatment of children, (2) system of referral to the nearest health facility (verbal or facilitated), and (3) the location in the community of the drug stock. Standardization of terminology for Intervention Models using this or a similar classification could facilitate comparison and selection of models, including deciding how to modify programmes when policies change concerning first-line drugs, and setting priorities for further research. Of the seven models, that of CHW pneumonia case management (Model 6) has the strongest evidence for an impact on mortality. Pneumonia case management by CHWs is a child health intervention that warrants considerably more attention, particularly in Africa and South Asia.
BACKGROUND: No satisfactory strategy for reducing high child mortality from malaria has yet been established in tropical Africa. We compared the effect on under-5 mortality of teaching mothers to promptly provide antimalarials to their sick children at home, with the present community health worker approach. METHODS: Of 37 tabias (cluster of villages) in two districts with hyperendemic to holoendemic malaria, tabias reported to have the highest malaria morbidity were selected. A census was done which included a maternity history to determine under-5 mortality. Tabias (population 70,506) were paired according to under-5 mortality rates. One tabia from each pair was allocated by random number to an intervention group and the other was allocated to the control group. In the intervention tabias, mother coordinators were trained to teach other local mothers to recognise symptoms of malaria in their children and to promptly give chloroquine. In both intervention and control tabias, all births and deaths of under-5s were recorded monthly. FINDINGS: From January to December 1997, 190 of 6383 (29.8 per 1000) children under-5 died in the intervention tabias compared with 366 of 7294 (50.2 per 1000) in the control tabias. Under-5 mortality was reduced by 40% in the intervention localities (95% CI from 29.2-50.6; paired t test, p<0.003). For every third child who died, a structured verbal autopsy was undertaken to ascribe cause of mortality as consistent with malaria or possible malaria, or not consistent with malaria. Of the 190 verbal autopsies, 13 (19%) of 70 in the intervention tabias were consistent with possible malaria compared with 68 (57%) of 120 in the control tabias. INTERPRETATION: A major reduction in under-5 mortality can be achieved in holoendemic malaria areas through training local mother coordinators to teach mothers to give under-5 children antimalarial drugs.
We did a cost-effectiveness analysis alongside a cluster-randomised controlled trial of a participatory intervention with women's groups to improve birth outcomes in rural Nepal. The average provider cost of the women's group intervention was US0.75 dollars per person per year (0.90 dollars with health-service strengthening) in a population of 86,704. The incremental cost per life-year saved (LYS) was 211 dollars (251 dollars), and expansion could rationalise on start-up costs and technical assistance, reducing the cost per LYS to 138 dollars (179 dollars). Sensitivity analysis showed a variation from 83 dollars to 263 dollars per LYS for most variables. This intervention could provide a cost-effective way of reducing neonatal deaths.
