Novel Composite Flours for Globally Nutritious Foods
Novel Composite Flours for Globally Nutritious Foods
Composite flours are blends of different grains, legumes, and sometimes other ingredients that are mixed together to create a versatile and nutritious flour used in various food products.
The primary purpose of composite flours is to enhance the nutritional content of food products, promote dietary diversity, and address specific nutritional challenges in different regions.
Composite flours can be used in a wide range of products, including bread, pastries, porridge, noodles, and other staples, as well as in snack foods and baked goods.
Composite flours can reduce food waste by incorporating byproducts or underutilized crops. They also promote sustainable and diversified food production.
The shelf life of products made with composite flours depends on various factors, including processing methods and packaging. Proper handling and storage can help extend the shelf life.
Composite flours offer several benefits, primarily related to their ability to improve the nutritional quality and versatility of food products.
Composite flours can improve the nutritional value of foods, enhance protein quality, increase dietary fiber, and reduce the glycemic index of products. They also promote food security and reduce reliance on a single crop.
By combining different grains and legumes, composite flours provide a broader range of essential nutrients, reducing the risk of nutrient deficiencies and malnutrition.
Yes, composite flours can be tailored to address specific dietary challenges or nutritional requirements in different regions, making them highly adaptable.
Novel Composite Flour for Globally Nutritious Foods - is supported by Michigan State University through the Alliance for African Partnerships - PIRA grant program and administered by The University of the West Indies, (Mona campus, Jamaica), the University of Pretoria (South Africa) and Michigan State University.
Copyright © 2023 Alliance for African Partnership (AAP)