SOUFFLE WITH REDUCED AMOUNT OF SUGAR

• Main Authors: G. O. Magomedov, L. A. Lobosova, M. G. Magomedov, I. G. Barsukova
• Format: Article
• Language: Russian
• Published: Voronezh state university of engineering technologies 2014-04-01
• Series: Vestnik Voronežskogo Gosudarstvennogo Universiteta Inženernyh Tehnologij
• Subjects: souffle; molasses; cinnamon; functional products; molding method
• Online Access: https://www.vestnik-vsuet.ru/vguit/article/view/769

Summary. Was studied the technology of producing aerated candies "Souffle" with replacement of sugar to molasses with increased shelf life, molded by "jetting" with a vacuum syringe with continuous action, which is used in the meat industry, into metallized film type "flow-pack ". Studied the process of foaming disperse systems. Studied the process of gelation and gelation affected by various factors. To establish a relationship between the effective viscosity and jelly mass of gelation ability of agar were achieved the dependence according to the effective viscosity of the jelly mass shear rate and a shear rate on the shear stress at temperature of 65 ˚C and a mass fraction of solids of 78%. Viscosity reduction has a positive effect on the process of molding molasses candies by the "extrusion". Were definede values of the plastic strength of jelly masses and found that replacing sugar to molasses reduces the plastic strength, but it does not affect a good form-stable ability. Cinnamon was added into the prescription whipped composition to improve the nutritional value of products. Were defined organoleptic, physical and chemical qualities, calculated energy value of the products. High hygroscopic souffle on molasses requires hermetic packaging. Proposed a new progressive method of forming a souffle with a vacuum syringe with continuous action, which is used in the meat industry to form sausages. Curing and structure foarming implemented directly in the shell for 2 h, which is an important advantage of this method. Whipped products on molasses are functional.