By Irumva Gad
Lab Technician, Department of Nutrition, Food, and Technology
School of Agriculture and Applied Sciences
Imagine a mother waking before dawn, worried about her child’s health. Despite her best efforts, the child remains weak, frequently sick, and struggles in school. Like many parents in our communities, she wants the best for her child but lacks affordable solutions to provide adequate nutrition.
Now imagine if that mother could transform her kitchen into a health center. What if, with just one cup of nutritious porridge prepared from locally available ingredients, she could provide her child with essential nutrients needed for growth and development?
This is not imagination. It is a reality emerging from the Department of Nutrition, Food, and Technology at the School of Agriculture and Applied Sciences.
Addressing the hidden burden of malnutrition
Malnutrition remains one of the greatest public health challenges in many communities. Unlike visible hunger, hidden hunger occurs when people consume enough food to feel full but fail to obtain the vitamins, minerals, and proteins necessary for healthy living.
Its effects are widespread: children struggle to concentrate in school, adults experience low productivity, and families face recurring illness. While nutritional supplements exist, many are expensive and inaccessible to low-income households.
Recognizing this gap, researchers in the Department of Nutrition, Food, and Technology asked an important question: Can affordable local resources be transformed into highly nutritious foods capable of improving community health?
The answer has been a resounding yes.
The egg porridge innovation: a cup full of nutrition
One of the department’s most promising innovations is egg-based porridge.
Eggs are naturally rich in proteins, vitamins, and minerals. However, they are rarely used as a major ingredient in staple meals. Through research and innovation, whole eggs are processed into nutrient-rich powder by drying and grinding them into fine particles. The powder is then blended with cereal flours and carefully selected ingredients to produce a highly nutritious porridge.
The result is a convenient food product with remarkable nutritional potential.
A single serving of this porridge provides:
- High-quality proteins essential for body growth and tissue repair;
- Calcium for strong bones and teeth;
- Vitamins and minerals that strengthen immunity and support brain development;
- Sustainable energy for learning, work, and daily activities.
For many families, this porridge represents more than food it represents hope for a healthier future.
Transforming lives through better nutrition
Teachers often observe students who appear tired, inactive, or unable to concentrate. Poor nutrition is frequently an underlying cause. Improved dietary intake can significantly enhance children’s health, school performance, and overall well-being.
Communities that adopt nutrient-dense foods stand to benefit through improved productivity, reduced illness, and enhanced quality of life.
Mukene yogurt: unlocking nutrition from the whole Mukene
Another innovative product developed by the department combines powdered Mukene with yogurt.
Mukene is a nutritional powerhouse, especially its bones, which are rich in calcium and other minerals. By processing whole Mukene, including bones and skin, into fine powder and incorporating it into yogurt, researchers have created a product that delivers highly bioavailable nutrients.
Regular consumption of mukene yogurt may contribute to the following:
- Stronger bones and teeth;
- Improved heart health;
- Enhanced energy levels;
- Better overall nutrition.
This innovation demonstrates how locally available resources can be utilized to address nutrient deficiencies in affordable and sustainable ways.
Rediscovering the Cornsilk
For generations, indigenous plants have played important roles in traditional health practices. Among them is the corn silk, a resource that had largely been overlooked in modern times.
Research conducted by the department indicates that the plant contains valuable compounds that may support both physical and mental wellness. Through scientific processing and product development, Cornsilk has been transformed into a supplement suitable for everyday consumption.
This work highlights the importance of combining indigenous knowledge with modern science to create innovative health solutions rooted in local communities.
The innovations emerging from the Department of Nutrition, Food, and Technology demonstrate that solutions to malnutrition need not be imported or expensive. With scientific research, local resources can be transformed into powerful tools for improving health and livelihoods.
Whether you are a parent seeking better nutrition for your children, a health professional promoting community wellness, or a leader advocating for food security, these innovations offer practical pathways toward healthier communities.
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