View clinical trials related to Malnutrition, Child.
Filter by:The severity of the stunting in the provinces of Huíla and Cunene, Angola, in children aged 6 to 59 months is considered to be very high, as defined by the World Health Organization (WHO) classification of 2018. Some of the strategies that present promising results in the fight against chronic malnutrition have been specific nutritional interventions and money transfers. Among these, those that have so far had a greater impact in reducing chronic malnutrition indicators are fortified foods and lipid-based nutrient supplementation in small amounts. The hypothesis of the study is that these interventions applied from pregnancy can significantly reduce chronic malnutrition, each of which may have different impacts. The study intends, therefore, to evaluate an intervention that aims to obtain the highest quality scientific evidence on the best package of sensitive and specific measures that reduce chronic malnutrition and mortality in children under 2 years of age, maintaining the fundamental premises of sustainability, cost-benefit ratio, and scalability for other regions of the country. To this end, it was designed a community trial randomized by clusters in which different strategies will be evaluated separately: - Standard Intervention (CONTROL Arm) The Standard package includes a series of actions carried out by Community and Health Development Agents (ADECOS), which are characterized by having demonstrated strong evidence of their effectiveness in the scientific literature, and are part of the WHO guidelines and national health guidelines in different countries, including Angola. - CONTROL+ NUT (Nutrients Arm): Standard Intervention plus nutritional supplementation - CONTROL+ TM (Money transfers Arm): Standard Intervention plus money transfers Study population: pregnant women with more than 16 years of age; however the target population of the interventions will be the household where the pregnant woman lives. The impacts of interventions on indicators of chronic malnutrition in children under 5 years of age belonging to the household will also be analyzed.
The purpose of this study is to test the effectiveness of a bundled intervention to address malnutrition and its intersections with nutrition security and fisheries sustainability in Kilifi, Kenya.
Last Mile Health (LMH) has partnered with the Liberian Ministry of Health (MOH) to support the design and implementation of the National Community Health Assistant Program (NCHAP). In collaboration with MOH, LMH is planning to conduct an impact evaluation in Grand Bassa to assess the effect of the National Community Health Assistant Program (NCHAP) on health outcomes, as well as to learn lessons around program operations and implementation. Our central hypothesis is that Community Health Assistants (CHAs) within the NCHAP will reduce under 5 mortality, as a result of expanding access to and uptake of health care utilization in remote communities. We will use a mixed effects discrete survival model, taking advantage of the staggered program implementation in Grand Bassa districts over a period of 4 years to compare the incidence of under-5 child mortality between the pre- and post-CHW program implementation periods.
The aim of this study is to assess immune responses to Mtb in children with MAM compared to well-nourished children and to evaluate the impact of a nutrition intervention on these immune responses.
The study is a prospective community-cluster non-randomized trial that will evaluate the effectiveness of a program that will provide 30-day egg vouchers to mothers of 6 to 24 month-old children living in rural areas of Intibucá, Honduras.
Children with severe malnutrition who are sick and admitted to hospitals have high mortality, usually because of infection. Malnourished children have more potentially harmful bacteria in their upper intestines than well-nourished children and this may contribute to inflammation in the gut and whole body. These bacteria may cross from the intestines to the bloodstream causing life-threatening infections. A related abnormality among malnourished children is reduction in the digestive enzymes made by the pancreas and the liver. Apart from helping with digestion of food, these enzymes are important in helping the body control bacteria in the upper intestines. It is therefore possible that treatment with digestive enzymes could help reduce the burden of harmful bacteria and thus lower inflammation and the risk of serious infection. One study conducted in Malawi has shown that children with severe malnutrition who were supplemented with pancreatic enzymes had a lower risk of dying. However, this was a small study and although promising, requires validation. No studies of supplementation with bile acids have been done among severely malnourished children. However, bile acids are commonly used to manage patients with liver function abnormalities, something that malnourished children suffer from as well. The investigators want to find out if supplementing these pancreatic enzymes and bile acids among ill children with severe acute malnutrition is safe and reduces the risk of death, deterioration or readmission to hospital.
Malaria and malnutrition represent major public health concerns worldwide especially in Sub-Sahara Africa. Despite implementation of Seasonal Malaria Chemoprophylaxis (SMC), an intervention aimed at reducing malaria prevalence among children aged 6- 59 months, the burden of malaria and associated mortality among children below age 5 years remains high in Burkina Faso. This raises the question of what hiding factors may negatively affect the responsiveness of SMC intervention. Malnutrition, in particular micronutrient deficiency, is one of these potential factors that can negatively affect the effectiveness of SMC. Treating micronutrient deficiencies is known to reduce the prevalence of malaria mortality in highly prevalent malaria zone such as rural settings. Therefore, the hypothesis that a combined strategy of SMC together with a daily oral nutrients supplement (Vitamin A-Zinc OR fortified peanut butter-like paste-Plumpy'Doz) will enhance the immune response and decrease the incidence of malaria in this population and at the same time reduce the burden of malnutrition among children under SMC coverage was postulated. Prior to the SMC implementation by the National Malaria Control Program (NMCP), children under SMC coverage will be identified through the Health and Demographic Surveillance System (HDSS). Children will be randomly assigned to one of the three groups (a) SMC + Vitamin A alone, (b) SMC + Vitamin A+ Zinc, or (c) SMC+Vitamin A + Plumpy'Doz. After each SMC monthly distribution, children will be visited at home to confirm drug administration and follow-up for one year. Anthropometric indicators will be recorded at each visit. Blood samples will be collected for thick and thin film and hemoglobin measurement and spotted onto filter paper for further PCR analyses. This project will serve as a pilot of an integrated strategy in order to mutualize resources for best impact. By relying on existing strategies, the policy implementation of this joint intervention will be scalable at country and regional levels.
This project is a community-based randomized controlled trial designed to test the effectiveness of two point-of-use water treatment technologies to improve clean drinking water access, reduce enteropathogen burden, and improve child growth among children in Limpopo, South Africa.