Background Schistosomiasis is endemic in the uMkhanyakude district of KwaZulu-Natal, South Africa. The South Africa Department of Health (DoH) has decided to implement a schistosomiasis preventive mass drug administration program in all affected parts of the country. Quality management is part of the strategic objectives of the treatment program. We conducted a risk assessment and developed guidelines for the quality management of a schistosomiasis preventive treatment program for children aged five years and below in the uMkhanyakude District of KwaZulu-Natal. Methods We conducted a scenario planning exercise by interviewing 10 child health experts from the uMKhanyakude Health District to establish potential risks associated with a planned schistosomiasis preventive control treatment program for children aged five years old and below. The risks were analyzed using a modified Failure Mode and Effect Analysis (FMEA). An FMEA table was produced to guide the quality management of the planned schistosomiasis preventive control treatment program for children aged five years and below in the uMkhanyakude Health District. Results We identified potential risks, failure modes and possible failure corrective/preventive measures in the following activities that would be part of the mass treatment of children aged five years and below infected with schistosomiasis in the uMkhanyakude District. These included enrolment of children into the treatment program; general health checks; weight and height measurements; administration of drugs; reporting of side effects and monitoring and evaluation. Conclusion We were able to use FMEA guide quality management and identify potential risks associated with the planned schistosomiasis preventive treatment program for children aged five years old and below in the uMkhanyakude District of KwaZulu-Natal. The FMEA for this program will be useful to the quality management of schistosomiasis preventive treatment programs for this age group in other similar settings.

BackgroundSchistosomiasis negatively impacts early childhood development. Inclusion of children aged five years and below in mass drug administration (MDA) programs for controlling schistosomiasis could improve early childhood development in communities where the disease is endemic. We estimated the projected cost of implementing a schistosomiasis control MDA program for children aged five years and below in the uMkhanyakude district of South Africa.MethodWe calculated the cost of implementing a schistosomiasis MDA program targeting children aged five years and below using an economies of scaled based cost function. We further compared different labor composition simulations to determine the most affordable and available human resources to implement the program. We also explored programs to which the MDA program could be integrated; and estimated what the costs for would be. Moreover, we simulated cost-effectiveness and determined the cost drivers for each simulation considered.ResultsA ward-based outreach team (WBOT) for implementing a schistosomiasis MDA program targeting children 5 years old and below was the best labor composition option. The simulations conducted indicated that treating children in batches of 2500 using the WBOT team approach could reduce the cost of treatment by 53% compared to treating the children on batches of 500. Integrating a schistosomiasis MDA targeting children aged 5 years and below with the immunization program was estimated to cost 3% less than integration with the deworming and Vitamin A supplementation program indicating that the former option is more cost-effective. Praziquantel, the drug that is used to treat schistosomiasis contributed 59% of the total cost for such a program.Conclusion.We estimated that US$4.3 million would be needed to implement a cost effective MDA program targeting children 5 years old and blow over 3 years in uMkhanyakude district.

Background Schistosomiasis is endemic in the uMkhanyakude district of KwaZulu-Natal, South Africa. The South Africa Department of Health (DoH) has decided to implement a schistosomiasis preventive mass drug administration program in all affected parts of the country. Quality management is part of the strategic objectives of the treatment program. We conducted a risk assessment and developed guidelines for the quality management of a schistosomiasis preventive treatment program for children aged five years and below in the uMkhanyakude District of KwaZulu-Natal. Methods We conducted a scenario planning exercise by interviewing 10 child health experts from the uMKhanyakude Health District to establish potential risks associated with a planned schistosomiasis preventive control treatment program for children aged five years old and below. The risks were analyzed using a modified Failure Mode and Effect Analysis (FMEA). An FMEA table was produced to guide the quality management of the planned schistosomiasis preventive control treatment program for children aged five years and below in the uMkhanyakude Health District. Results We identified potential risks, failure modes and possible failure corrective/preventive measures in the following activities that would be part of the mass treatment of children aged five years and below infected with schistosomiasis in the uMkhanyakude District. These included enrolment of children into the treatment program; general health checks; weight and height measurements; administration of drugs; reporting of side effects and monitoring and evaluation. Conclusion We were able to use FMEA guide quality management and identify potential risks associated with the planned schistosomiasis preventive treatment program for children aged five years old and below in the uMkhanyakude District of KwaZulu-Natal. The FMEA for this program will be useful to the quality management of schistosomiasis preventive treatment programs for this age group in other similar settings.

BackgroundSchistosomiasis negatively impacts early childhood development. Inclusion of children aged five years and below in mass drug administration (MDA) programs for controlling schistosomiasis could improve early childhood development in communities where the disease is endemic. We estimated the projected cost of implementing a schistosomiasis control MDA program for children aged five years and below in the uMkhanyakude district of South Africa.MethodWe calculated the cost of implementing a schistosomiasis MDA program targeting children aged five years and below using an economies of scaled based cost function. We further compared different labor composition simulations to determine the most affordable and available human resources to implement the program. We also explored programs to which the MDA program could be integrated; and estimated what the costs for would be. Moreover, we simulated cost-effectiveness and determined the cost drivers for each simulation considered.ResultsA ward-based outreach team (WBOT) for implementing a schistosomiasis MDA program targeting children 5 years old and below was the best labor composition option. The simulations conducted indicated that treating children in batches of 2500 using the WBOT team approach could reduce the cost of treatment by 53% compared to treating the children on batches of 500. Integrating a schistosomiasis MDA targeting children aged 5 years and below with the immunization program was estimated to cost 3% less than integration with the deworming and Vitamin A supplementation program indicating that the former option is more cost-effective. Praziquantel, the drug that is used to treat schistosomiasis contributed 59% of the total cost for such a program.Conclusion.We estimated that US$4.3 million would be needed to implement a cost effective MDA program targeting children 5 years old and blow over 3 years in uMkhanyakude district.

Background Schistosomiasis is endemic in the uMkhanyakude district of KwaZulu-Natal, South Africa. The South Africa Department of Health (DoH) has decided to implement a schistosomiasis preventive mass drug administration program in all affected parts of the country. Quality management is part of the strategic objectives of the treatment program. We conducted a risk assessment and developed guidelines for the quality management of a schistosomiasis preventive treatment program for children aged 5 years and below in the uMkhanyakude District of KwaZulu-Natal. Methods We conducted a scenario planning exercise by interviewing 10 child health experts from the uMkhanyakude Health District to establish potential risks associated with a planned schistosomiasis preventive control treatment program for children aged 5 years old and below. The risks were analyzed using a modified Failure Mode and Effect Analysis (FMEA). An FMEA table was produced to guide the quality management of the planned schistosomiasis preventive control treatment program for children aged 5 years and below in the uMkhanyakude Health District. Results We identified potential risks, failure modes and possible failure corrective/preventive measures in the following activities that would be part of the mass treatment of children aged 5 years and below infected with schistosomiasis in the uMkhanyakude District. These included enrolment of children into the treatment program; general health checks; weight and height measurements; administration of drugs; reporting of side effects and monitoring and evaluation. Conclusion We were able to use FMEA guide quality management and identify potential risks associated with the planned schistosomiasis preventive treatment program for children aged 5 years old and below in the uMkhanyakude District of KwaZulu-Natal. The FMEA for this program will be useful to the quality management of schistosomiasis preventive treatment programs for this age group in other similar settings.