EFFECT OF BEAN FLOUR ON THE CHEMICAL COMPOSITION, VITAMIN, MINERAL LEVEL AND ORGANOLEPTIC PROPERTIES OF MEAT ROLL

Abstract

This study was carried out to evaluate the effect of bean flour on the nutritional value and the yield stress of meat rolls. The main components of meat rolls are minced beef, eggs, bread, milk, and beans, but in the current study, the author mixed bean flour with these active ingredients and evaluated the effect of this on the various nutrient parameters of meat rolls. Four samples of meat rolls were prepared, with 0% to 20% beans flour. Results of the study found that depending on the concentration of beans, the moisture content, level of carbohydrate, and other nutritive parameters of meat roll have changed significantly due to the specific chemical composition of the bean flour. In terms of vitamin composition, significant changes are observed in the content of vitamin C and vitamin B1. The addition of bean flour (up to 15%) to minced rolls gradually increases the yield stress and improving the consistency of the product. According to organoleptic evaluation, the addition of up to 15% of beans has a positive effect on the consistency of the product due to improved water-binding ability. Results of the study suggesting new data related to the impact of bean flour on the nutritional value and consistency of meat rolls. The developed technology and recipe can be used for large scale meat rolls production.