Year: 2025
Type: article
Abstract: Glycine max is a vivacious crop famous for its high nutritional worth, mostly owing to its amusing protein content, important fatty acids, vitamins, minerals and bioactive compounds for instance isoflavones.Contempt these benefits, soybean also comprehends an array of antinutritional factors, like phytic acid, protease inhibitors, oligosaccharides, saponins and lectins, which can impede nutrient absorption and utilization.This review examines the different nutritional and antinutritional components found in soybean, accentuating their biochemical significance and health implications.Understanding the balance between nutritional benefits and antinutritional challenges is crucial for optimizing soybean's role in human and animal diets.Biochemical studies provide insights into the complex interactions between these components, facilitating the development of processing methods to reduce antinutritional factors while preserving or enhancing nutritional quality.Moreover, the detection and characterization of these factors through molecular markers represent a promising approach to soybean breeding and genetic improvement.Molecular markers enable the identification of specific genes and alleles associated with desirable traits, such as reduced antinutritional factors and enhanced nutritional content.This precision breeding approach can lead to the development of soybean varieties with improved health benefits and reduced negative impacts.The comprehensive study of soybean's nutritional and antinutritional factors, combined with advanced biochemical and molecular techniques, holds significant potential for improving the nutritional profile of soybean-based products.This, in turn, can contribute to better health outcomes and more efficient utilization of this essential crop in food and feed industries.
Source: Acta Scientific Agriculture
Language: English
Subfield: Plant Science
Domain: Life Sciences
SDG: Zero hunger
Open Access status: diamond
OpenAlex ID: W4408313840