Enhancing Global Nutrition: Biofortifying Oilseed Crops for Sustainable Health

Abstract

A major global health issue is malnutrition, which is characterized as a deficiency of necessary nutrients such as minerals and vitamins. A long-term answer to this issue is biofortification, which involves enhancing the nutritional value of foods by genetic engineering, plant breeding, and agronomic practices. Because of their high fat, protein, and vital nutrient levels, oil seed crops including soybean, canola, sunflower, olive, safflower, and sesame are vital to human diets and have a significant potential for biofortification. By biofortifying these crops, major nutritional deficiencies in iron, zinc, mega 3 fatty acids and vitamin A comma D, E can be tackled, strengthening public health outcomes, particularly in undernourished areas. For instance, canola varieties that have been biofortified to enhance lysine, carotenoids, and fatty acid content were developed. Micronutrient problems may be resolved with the use of transgenic safflower that has elevated omega-3 content and olive oil enhanced with selenium. Technological developments such as nutrient priming and gene editing have produced transgenic cultivars that have better nutrient profiles, standing their nutritional value and possibly offering health advantages. Oil seed crop biofortification has the potential to greatly enhance nutritional intake and reduce malnutrition globally, especially in low-income countries. Global food security and health outcomes will be improved by biofortification strategies enhanced by improvements to critical technology and precision agriculture. Biofortification is an innovation agricultural approach that not only provide a better, more nutrient dense food supply for future generations, but also give a long-term solution to hunger.