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Introduction
Malnutrition is a condition where body is either undernourished or over nourished resulting in stunting, wasting, obesity, and diet-related diseases. It not only affects the education outcomes for children but also decreases the quality of human capital of a country. When we look at data nearly 149 million children under the age of 5 are suffering from stunted growth. In India, this percentage is 35.5% (NFHS-5). Studies have highlighted the negative impact of malnutrition on child's cognitive development and academic excellence. Hence Proper nutrition is essential for brain development, memory retention, and concentration as these factors are key to educational performance. Developing countries like India are more often suffering from marginal malnutrition (hidden hunger) which causes lower Cognitive Scores, Poor School Performance, and Micronutrient Deficiencies. Thus this study will examine the Link between Child Nutrition and Educational Performance by analysing available literature and secondary data.
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KEYWORDS |
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Malnutrition, Cognitive Development,
Educational Outcomes, Early Childhood Nutrition |
Nutrient deficiency and environmental stimulation like Social engagement and Physical activity influence brain development in children which correlates with educational performance. According to research, these factors have Additive, Interacting, and Mediating Effects. Additive Effects explain both nutrition and stimulation factors are important and improving either one can lead to better development, but improving both is the best outcome. While Interacting Effects explains Good nutrition alone is not enough children also need a rich learning environment for proper brain development. Mediating Effects explains undernutrition not only directly affects the brain but also reduces opportunities for learning and social interaction. Through these effects, it is clear that both nutrition and stimulation factors influence Educational Performance. Hence Proper nutrition at the right time is crucial for brain development. While the brain has some ability to recover from early malnutrition, the combination of good nutrition and a stimulating environment is necessary for the best possible outcomes. How well a child performs in education is directly linked with the building of quality human capital which
enhances the productivity and
economic development of a country. Through a study data has been collected from
a group of Korean orphans adopted by middle-class Americans and through this
data it has been found that those children who are undernourished before the
age of 2 years have lower IQ scores compared to those who had not been
undernourished in the same age group. Another interesting factor is that
children who were adopted before the age group of 2 years had generally higher
IQ scores than those who were adopted after the age group of 2 years which
indicates that it is better to address malnutrition earlier. Another
investigation highlights some new findings during Famine conditions in Holland
after WWII where strict food rations were imposed. Children born during this
era did not have low IQ scores because they received adequate nutrition and
health care afterwards but these children in adult life had increased risk of
schizophrenia and antisocial personality disorder. Another study done in
Barbados showed that adults who have suffered from moderate to severe malnutrition
in the first year of life had low attention span and reduction in cognitive
development with lower school achievement. In Guatemala pregnant women and
their children up to 7 years were provided milk-based high protein and energy
drinks with Micronutrients and children who received these drinks had higher
cognitive scores at 4-5 ages and higher scores on tests of numeracy (math),
knowledge, vocabulary, and reading achievement at 11–18 years of age and most
of these effects were only found among individuals who began supplementation
before the age of 2 or 3 years. In Bangladesh and Indonesia, it was found that
multiple micronutrient supplementation given during pregnancy and postpartum
had better motor and cognitive development, especially for undernourished
mothers. Similarly, in Chile, infants with low haemoglobin concentration at age
6 months showed improved recognition at age 10 years if they had been fed
iron-fortified formula (compared to low-iron formula) during infancy. In
contrast, children with high haemoglobin concentration at age 6 months
performed better in cognitive tasks at age 10 years. Some trials show that if
nutrition supplement is provided to mothers during pregnancy and children
throughout the age of 2 years then it is beneficial for optimal cognitive
development of children. Iron deficiency is associated with poor mental and
motor development resulting in poor cognition and school achievement. Some
studies have also shown that children who had been anaemic before 2 years of
age show deficits in cognition and school achievement from 4 to 19 years of
age. In Nepal, it was found that mothers who received iron, folic acid, and
vitamin A performed better than those mothers who had received vitamin A alone.
Zink and Vitamin B like thiamine are important for brain development if
children lack these vitamins, particularly thiamine they often show
neurological symptoms. In middle income countries, thiamine deficiency is more
prevalent than in wealthier countries. Despite reduction in stunting hunger is
still a big issue. In 2023, between 713 and 757 million people were
undernourished which is about more than 152 million more people than in 2019.
The first 1000 days of life are crucial as they provide opportunities for
rescuing neurocognitive deficits. Young Lives research study in Ethiopia,
India, Peru, Cambodia, and Vietnam found that there is improvement in the
academic performance of those children who overcome stunted growth compared to
those who remained stunted between 12 months to 8 years.
This figure illustrates how
nutrition and stimulation work together to support brain development and
educational performance. Both are essential, as good nutrition enhances brain
function, while a rich learning environment fosters cognitive growth.
Diet quality was demonstrated to be a positive predictor of improved cognitive outcomes in children. Some evidence from research suggests that supplementation of animal protein like cow’s milk in a child’s diet can help prevent undernutrition and improve cognition. Undernutrition and obesity during the first 60 months of postnatal life affect the cognitive neurodevelopmental trajectories of children later in life. Weight and height need to be monitored even beyond 24 months of life to enable early recognition of growth retardation/deviations and to allow appropriate and timely interventions to address their negative neurodevelopmental and cognitive impacts.
Future Discussion
This study reveals a strong relationship between malnutrition and impaired cognitive development leading to poor educational performance. Korean Orphan study and Barbados research show that children who were malnourished before the age of 2 have attention deficit and reduced school achievement. Hence it is advised to make policies that will cater to the needs of pregnant mothers and infants. Peru and Malawi studies show that children who experience catch growth still lag behind children who are never stunted. Dutch famine study shows that the first 1000 days of Prenatal and early postnatal nutrition significantly influence brain development hence intervention before the age of 2-3 gives better cognitive outcomes. But alone nutritious diet and supplements are not sufficient environmental stimulation like physical and mental activity like playing and reading produce the best result.
The first 1000 days are very important for new-borns. If they are malnutrition in this period it can disrupt brain development, leading to lifelong deficits in learning and productivity. Nutritional interventions (fortified foods, micronutrient supplements) are vital, but they must be incorporated with Cognitive stimulation (play, schooling) for optimal recovery. Maternal nutrition and breastfeeding are effective. India’s Poshan and Aganwadi programs are good for addressing nutrition deficiency. But hidden hunger requires urgent attention as it undermines the real potential of the child.

