View clinical trials related to Stunting.
Filter by:The goal of this clinical trail study is to measure neurophysiologic parameters to assess the effect of malnutrition on the peripheral nervous system and their response to treatment in three categories (SAM, severe wasting, and severe stunting) of childhood malnutrition. 83 under-5 children from three categories of undernourished groups- severe stunting (n=30), Severe acute malnourished (n=22), wasting (n=31), and 45 age-matched healthy children from urban/peri-urban areas were enrolled. SAm were provided with appropriate nutritional therapy/treatment that include supplementation of a high-calorie diet; i.e., F-100 milk and khichuri-halwa for nutritional rehabilitation. Egg milk and micronutrient supplementation were for recovery from severe stunting. Wasted children were treated with suitable local nutritional management (NM), such as infant and young child feeding practices (IYCF), providing MNP and nutrition education. Wasted children with medical complications were treated with specialized therapeutic milk (F-75) and those without medical complications were treated with a suitable local Nutritional Management (NM) & routine medicines to treat simple medical conditions at community nutrition center (CNC) with weekly follow up. At day 60 of intervention, children were again brought to icddr,b for a nerve conduction test.
The randomized controlled trial design with one intervention arm (nutrition education and complementary feeding) and one control (usual care) arm (1:1 ratio). Randomization of each participant to the groups will be carried out using Random Allocation Software 1.0 (https://random-allocation-oftware.software.informer.com/1.0/) to intervention or control groups in a 1:1 ratio. The sample size to be recruited is 80 participants.
This is study among children attending child welfare clinics in Greater Accra Region of Ghana. The investigators want to find out if moderately malnourished children regulate the food energy intake similarly to healthy children, using an established method to assess energy compensation.
The objective of the PATHOME study is to (1) develop statistical and computational methods for examining a complex disease system of interactions between and amongst children, animals, the environment, and enteric pathogens and (2) build a virtual laboratory for predicting which social and environmental developmental improvements best prevents multi-pathogen transmission to infants in urbanizing areas of high disease burden countries. Investigators will characterize how social and environmental development of urban neighborhoods in disease endemic settings modifies the "enteric pathome", i.e. the microbial communities of viral, bacterial, and protozoan pathogens transmitted by human and animal feces in the environment to infants. They will measure the impact of societal development on pathogen transmission to infants by applying a One Health ecosystem-based approach to characterizing interactions between enteric pathome agents in the environment and their transmission via interactions between infants, caregivers (CGs), animals, and environmental materials across domestic and public spaces and climate conditions. Data-validated statistical and computational models can quantify pathogen-specific attributable risk of infection through multiple pathways, and the extent that these risks are due to pathogen interactions with each other and the environment. The overall study hypothesis is that joint modeling of enteric pathome agents across urban households and neighborhoods representing transitional improvements in societal development will show that development leads to lower pathogen-specific detection frequencies, and thus evolution of the pathome from complex to simple microbial community structures. By studying spatial scale, developed and underdeveloped neighborhoods, specific transmission pathways, and seasonality in this process, the conditions that lead to the greatest declines in enteric disease incidence can be identified. This virtual laboratory will be built upon extensive data collection in two different Kenyan cities, including household and neighborhood economic indicators, clinical, zoonotic, and environmental microbiology, behavioral observation, geotracking of humans and domestic animals, climate conditions, population density, and infant anthropometry. This initial virtual lab will provide an evidence-based tool for predicting effective urban interventions to control fecally-transmitted disease in cities globally undergoing epidemiological transitions in infectious disease.
According to the latest estimates, 144 million children under age five experience growth faltering. Early life growth faltering or stunting is predictive of a wide array of negative long-term outcomes, including reduced adult height and productivity, diminished health and reduced lifetime incomes. This study builds on a previous pilot study, which suggests that providing parents with tools to measure children's growth at home may be an effective way to prevent early life growth faltering. The objectives of this study are to assess 1) the impact of growth charts on early childhood linear growth; and 2) whether the impact of growth charts can be increased with the provision of food supplements to parents.
NTT Province is on the list of priority areas of high prevalence of stunting, Southwest Sumba, South Middle East, and Kupang district have a stunting prevalence of 36.2%, 34.5% and 48.1% respectively in 2020. Therefore, it is necessary to conduct a profile study. microbiota, SCFA, gastrointestinal integrity, parasites, hygiene practice, and cognition in stunting and healthy toddlers in the province of East Nusa Tenggara,
Background: Worldwide, more than 50 million children under 5 years of age are wasted (weight-for-length/height Z-score (WLZ) <-2) and over 150 million children under 5 are stunted (length/height-for-age Z-score (LAZ) <-2); such wasting and stunting often begin during infancy.1 Optimal nutrition can prevent wasting and stunting. Exclusive breastfeeding (EBF) is widely recommended by community health workers, doctors and nurses and provides optimal nutrition for most infants. However, early growth faltering is common for infants in low and middle income countries (LMIC) and can both increase an infant's risk of early mortality and also lead to deficits in attained height and weight throughout childhood. Thus research is needed to determine the most efficacious strategy to promote healthy early growth in LMIC. Objective: The proposed study will test the efficacy of early small-volume supplementation (ESVS) for increasing weight-for-age z-score (WAZ) at 1 month of age. Methodology: The PRIMES pilot (Study 3) will be a randomized clinical trial enrolling infants in Guinea-Bissau and Uganda weighing ≥2000g at birth. Infants weighing 2000-2499g at <6 hours of age (n=144; 72 per site) will be randomized on enrollment to one of two groups: 1) Early Small-Volume Supplementation (ESVS intervention group), which consists of up to 59 mL formula administered daily after breastfeeding through 30 days of age followed by EBF through 6 months of age; or 2) frequent exclusive breastfeeding without any food or fluid other than vitamins, minerals and medications (control) through 6 months of age. Infants weighing 2500-3300g at <6 hours of age will be weighed again at 4 days of age; those weighing <2600g at 4 days of age (n=180; 90 per site) will be randomized to the same intervention and control groups. Weight will be measured on all enrolled babies at birth on Day 1 and at 4, 14, 30, 60 and 180 days of age and additional measures including height, MUAC, skinfolds, and hemoglobin will be assessed at other time points. The study's primary outcome will be WAZ at 1 month of age. Secondary outcomes will include WLZ at 1 month of age; WAZ, WLZ and LAZ through 6 months of age; breastfeeding duration and infant intestinal microbiota.
1. Type and Research Design A cross-sectional study design with a quantitative approach will be conducted. Cross-sectional research design is one-time research to find a relationship between the independent variable (risk factor) and the dependent variable (effect). 2. Time and Location of Research The research will be conducted for approximately six months in 2020 at Banten Regency (namely Tegal Ongok and Pasirkarang) and Sumedang Regency. 3. Population and Research Sample The population is children between three and five years old in the village of stunting locus. The sampling method to be used in this research was quota sampling, namely 50 stunting and 50 healthy children from each Regency.
The causes of malnutrition are complex and addressing the problem requires integrated action among various sectors. Globally, much attention has been given to nutrition-specific interventions to address the immediate causes of undernutrition. But undernutrition prevalence is decreasing at a very slow rate. Nutrition-specific interventions address the immediate determinants of child undernutrition, such as inadequate food and nutrient intake, but do not consider the underlying causes such as food insecurity, poverty, and limited access to clean water, hygienic environments, and health services. Ethiopia still has a high prevalence of undernutrition. The current situation of food insecurity and malnutrition in Ethiopia has pressurized the government in pursuing a number of nutritional-sensitive interventions to increase diversified food production and consumption like the Sustainable Undernutrition Reduction Program (SURE). This study aims to investigate whether joint nutrition specific and sensitive interventions can lead to improved household food security, dietary diversification and improved nutritional status in Ethiopian mothers and their young children. The study will be a community based longitudinal design and will use multistage cluster sampling at the Kebele and household levels in Amhara, Oromia, and Southern Nations, Nationalities, and Peoples' Region (SNNPR) regions. Households will be randomly selected from the intervention and the non-intervention arms at Kebele level, with 15 households per Kebele. The same children whose baseline are available who were 0-23 months of age at the time of the baseline assessment in 2016 will be recruited as well as their mothers. This represents approximately third of the total sample size at baseline.
Africa faces rapid urbanization, has the second highest population growth rate, makes up one-fifth of the world's youth population, and experiences stagnant rates of undernutrition. These challenges point to the need for country-specific data on rural-urban health disparities to inform development policies. This cross-sectional study examined disparities in body mass index-for-age-and-sex (BAZ) and height-for-age-and-sex z-scores (HAZ) among 1125 adolescents in Tanzania. Rural-urban disparities in nutritional status were significant and gendered. Findings confirm place of residence as a key determinant of BAZ, HAZ, and stunting among adolescents in Tanzania. Targeted gender-sensitive interventions among adolescents, particularly in rural areas, are needed to limit growth faltering and improve health outcomes.