Only 45.6% of children in Ethiopia received vitamin A supplements in the past six months, according to a 2026 cross-sectional study of 616 families. Gram Research analysis shows that children whose mothers understood the importance of vitamin A were 6.39 times more likely to receive it, while younger children and those living near health clinics also had higher uptake rates. The findings reveal that maternal education and health facility access are critical barriers to reaching the 80% coverage target.
A new study from Ethiopia looked at why some children aren’t getting vitamin A supplements, which help prevent blindness and serious infections. Researchers surveyed over 600 families and found that less than half of children aged 6-59 months received the recommended vitamin A shots in the past six months. The biggest reasons kids missed out? Their mothers didn’t know how important the vitamins were, they lived far from health clinics, or they hadn’t been to postnatal care visits. The findings show that teaching parents and making clinics easier to reach could help more children get this life-saving nutrient.
Key Statistics
A 2026 cross-sectional study of 616 mother-child pairs in Ethiopia found that only 45.6% of children aged 6-59 months received vitamin A supplements within six months, falling significantly short of the 80% coverage target recommended by health authorities.
Children whose mothers had good knowledge of vitamin A’s importance and supplementation schedule were 6.39 times more likely to receive the supplement compared to children whose mothers lacked this knowledge, according to the 2026 Ethiopian study.
A 2026 study of 616 families in Ethiopia found that children living within 30 minutes’ walking distance of a health facility were 1.92 times more likely to receive vitamin A supplements than those living farther away.
Children aged 6-23 months were 3.99 times more likely to receive vitamin A supplements than older children aged 24-59 months in a 2026 Ethiopian cross-sectional study of 616 families.
The Quick Take
- What they studied: How many children in Ethiopia are getting vitamin A supplements and what factors help or prevent them from receiving these important shots.
- Who participated: 616 mothers and their children aged 6 to 59 months (roughly 6 months to 5 years old) living in North Wollo Zone, Ethiopia. The families were selected randomly from different communities.
- Key finding: Only 45.6% of children received vitamin A supplements in the six months before the survey, falling short of the 80% target set by health authorities. Children whose mothers understood why vitamin A matters were nearly 6 times more likely to receive the supplements.
- What it means for you: If you’re a parent in areas with low vitamin A coverage, learning about the importance of these supplements and finding nearby health clinics can significantly improve your child’s chances of getting protected from serious health problems. However, this study only looked at one region of Ethiopia, so results may differ in other areas.
The Research Details
Researchers conducted a community-based cross-sectional study, which means they took a snapshot of a population at one point in time rather than following people over months or years. They visited 616 mother-child pairs in North Wollo Zone, Ethiopia, and asked mothers questions about whether their children had received vitamin A supplements in the past six months. The researchers used a method called multistage sampling, which means they randomly selected communities first, then randomly selected families within those communities. This approach helps ensure the results represent the broader population.
The study team analyzed the data using statistical methods to identify which factors were most strongly linked to children receiving vitamin A supplements. They looked at factors like the mother’s knowledge, distance to health facilities, whether the child had received routine vaccinations, and whether the mother had attended postnatal care visits after giving birth.
This research approach is important because it shows real-world conditions in communities rather than controlled laboratory settings. By studying actual families and their experiences, researchers can identify practical barriers that prevent children from getting vitamin A supplements. Understanding these barriers helps health officials design better programs to reach more children.
This study has several strengths: it included a reasonably large sample size (616 families), used random selection methods to avoid bias, and was published in a reputable journal (Scientific Reports). However, the study only looked at one region of Ethiopia, so the findings may not apply everywhere. The study also relied on mothers’ memories of whether their children received supplements, which could be inaccurate. Additionally, the cross-sectional design shows associations between factors and vitamin A uptake but cannot prove that one causes the other.
What the Results Show
The study found that only 45.6% of children aged 6-59 months received vitamin A supplements within six months before the survey, which is well below the 80% target recommended by health authorities. This means more than half of the children in this region were not receiving this important nutrient.
The strongest factor linked to children receiving vitamin A was maternal knowledge. Children whose mothers had good knowledge about why vitamin A is important and when to get it were 6.39 times more likely to receive the supplement compared to children whose mothers lacked this knowledge. This suggests that education is a powerful tool for improving coverage.
Age also mattered significantly. Younger children aged 6-23 months were nearly 4 times more likely to receive vitamin A supplements than older children aged 24-59 months. This may be because younger children have more frequent health visits.
Distance to health facilities was another important factor. Children living within 30 minutes’ walking distance of a health clinic were 1.92 times more likely to receive vitamin A supplements than those living farther away. Children who had received routine vaccinations were 2.26 times more likely to get vitamin A, and children whose mothers attended postnatal care visits were 2.23 times more likely to receive supplements.
The study revealed that vitamin A supplementation is often missed as an opportunity during other health services. The strong connection between vaccination status and vitamin A uptake suggests that integrating vitamin A delivery into vaccination programs could improve coverage. Similarly, the link between postnatal care attendance and vitamin A uptake indicates that new mothers who stay connected to health services are more likely to ensure their children receive supplements.
This study confirms what other research has shown: vitamin A deficiency remains a significant public health problem in low-income countries, and coverage rates fall short of international targets. The finding that maternal knowledge is the strongest predictor of supplement uptake aligns with previous studies showing that parent education is crucial for child health interventions. The study also supports earlier research showing that distance to health facilities and integration with other health services are key to improving coverage.
The study only examined one region of Ethiopia, so results may not apply to other parts of the country or other nations. The data relied on mothers’ memories of whether their children received supplements, which could lead to inaccurate reporting. The study design shows which factors are associated with vitamin A uptake but cannot prove that one factor directly causes another. Additionally, the study did not measure whether children actually had vitamin A deficiency, only whether they received supplements.
The Bottom Line
According to Gram Research analysis, health programs should prioritize three strategies: (1) Educate mothers about the importance of vitamin A and when children should receive it—this is the strongest predictor of uptake; (2) Improve access to health facilities, especially in remote areas; (3) Integrate vitamin A supplementation into routine vaccination programs and postnatal care visits. These recommendations are supported by strong evidence from this study.
Parents and caregivers in regions with low vitamin A coverage should prioritize getting their children supplemented, especially children under 2 years old. Health officials and program managers should use these findings to redesign vitamin A delivery programs. This research is particularly relevant for low-income countries where vitamin A deficiency remains common. However, in countries with adequate vitamin A in the food supply, supplementation may not be necessary.
Vitamin A supplementation provides immediate protection against deficiency-related diseases. However, the benefits of improved coverage will be seen over months and years as fewer children develop vitamin A deficiency-related blindness and infections. Maternal knowledge improvements may take several months to translate into behavior change.
Frequently Asked Questions
Why is vitamin A supplementation important for young children?
Vitamin A prevents blindness, strengthens the immune system, and reduces the risk of serious infections and death in young children. According to a 2026 study of 616 families in Ethiopia, only 45.6% of children were receiving recommended supplements, leaving millions vulnerable to deficiency-related diseases.
What’s the main reason children don’t get vitamin A supplements?
A 2026 Ethiopian study found that mothers’ lack of knowledge about vitamin A’s importance was the strongest barrier. Children whose mothers understood the benefits were 6.39 times more likely to receive supplements, suggesting education is key to improving coverage rates.
How often should children receive vitamin A supplements?
The World Health Organization recommends periodic high-dose vitamin A supplementation for children aged 6-59 months at risk of deficiency. A 2026 study found that only 45.6% of children in Ethiopia received supplements within a six-month period, indicating many families miss the recommended schedule.
Does distance to a health clinic affect whether children get vitamin A?
Yes. A 2026 study of 616 Ethiopian families found that children living within 30 minutes’ walking distance of a health facility were 1.92 times more likely to receive vitamin A supplements than those living farther away, highlighting access as a critical barrier.
Are younger children more likely to get vitamin A supplements?
Yes. A 2026 Ethiopian study found that children aged 6-23 months were 3.99 times more likely to receive vitamin A supplements than older children aged 24-59 months, possibly because younger children have more frequent health visits.
Want to Apply This Research?
- Track your child’s vitamin A supplementation dates and schedule. Set reminders for the recommended supplementation schedule (typically every 6 months for children 6-59 months). Log the date received and note the health facility where it was administered.
- Use the app to find the nearest health facility offering vitamin A supplements and calculate travel time. Set calendar reminders for your child’s supplementation schedule. Share educational content about vitamin A importance with other caregivers in your network.
- Monitor your child’s vaccination schedule alongside vitamin A supplementation, as they’re often given together. Track attendance at postnatal care visits if you have a newborn, as this increases likelihood of vitamin A awareness. Review coverage rates in your region through the app to understand local health program performance.
This research describes vitamin A supplementation practices in Ethiopia and should not be interpreted as medical advice. Vitamin A supplementation recommendations vary by country, region, and individual child health status. Parents and caregivers should consult with their healthcare provider or local health authorities to determine whether vitamin A supplementation is appropriate for their child, as needs differ based on local nutrition status, food availability, and health conditions. This study examined associations between factors and supplementation uptake but does not establish that any single factor directly causes improved health outcomes. Always follow guidance from qualified healthcare professionals regarding your child’s nutritional needs.
This research translation is published by Gram Research, the science division of Gram, an AI-powered nutrition tracking app.