A kind of production formula and technology of soybean polypeptide
A technology of soybean polypeptide and production process, which is applied in the field of soybean polypeptide production formula, can solve the problems of poor solubility and dispersion of soybean protein isolate, affect the effect of protease hydrolysis, and damage the product efficacy, so as to avoid the gap between yield and molecular weight Effects of conflict, protection of antioxidant activity, and avoidance of Maillard reaction
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Embodiment 1
[0045] A soybean polypeptide production process, comprising the following steps:
[0046] S1 dissolution: heat 1800 parts by mass of water to 60° C., stir to form a vortex, adjust the pH to 8.5, and add 100 parts of soybean protein isolate into water to dissolve. Homogenize with a homogenizer to obtain a uniform and stable protein dispersion solution;
[0047] S2 heat preservation: heat the protein dispersion solution obtained in S1 dissolution at 68° C. for 3.5 hours.
[0048]S3 enzymatic hydrolysis: Add 2.6 parts of neutral protease to the solution obtained in S2 insulation, maintain the reaction temperature at 50°C and the reaction pH at 6.0, react for 4.2 hours, centrifuge, and divide into supernatant and precipitate; then add 1.2 parts of alkali Add neutral protease to the precipitate after enzymatic hydrolysis with neutral protease, add water 2-5 times the weight of the residue, maintain the reaction temperature at 55°C and the reaction pH at 8.0, and react for 2 hours;...
Embodiment 2
[0054] A soybean polypeptide production process, comprising the following steps:
[0055] S1 Dissolving: Heat 2000 parts of water, stir to form a vortex, adjust the pH to 8.5, add 100 parts of soybean protein isolate into the water to dissolve. Homogenize with a homogenizer to obtain a uniform and stable protein dispersion solution;
[0056] S2 heat preservation: heat the protein dispersion solution obtained in S1 dissolution at 70° C. for 2.5 hours.
[0057] S3 enzymatic hydrolysis: add 4 parts of neutral protease to the solution obtained in S2 insulation, maintain the reaction temperature at 45°C and the reaction pH at 7.0, react for 4.0h, centrifuge, and divide into supernatant and precipitate; then add 0.2 parts of alkali Add neutral protease to the precipitate after enzymatic hydrolysis with neutral protease, add water twice the weight of the residue, maintain the reaction temperature at 65°C and reaction pH at 7.5, and react for 2.5 hours; use 200W, 60KHz ultrasonic wav...
Embodiment 3
[0063] A soybean polypeptide production process, comprising the following steps:
[0064] S1 Dissolution: Heat 800 parts of water, stir to form a vortex, adjust the pH to 9.0, add 100 parts of soybean protein isolate into the water to dissolve. Homogenize with a homogenizer to obtain a uniform and stable protein dispersion solution;
[0065] S2 heat preservation: heat the protein dispersion solution obtained in S1 dissolution at 55° C. for 4 hours.
[0066] S3 enzymatic hydrolysis: add 0.2 parts of neutral protease to the solution obtained in S2 incubation, maintain the reaction temperature at 60°C and the reaction pH at 5.5, react for 5.0 hours, centrifuge, and divide into supernatant and precipitate; then add 2 parts of alkali Add neutral protease to the precipitate after enzymatic hydrolysis with neutral protease, add water 5 times the weight of the residue, maintain the reaction temperature at 45°C and the reaction pH at 9.5, and react for 1.5-h; use 900kW, 60KHz ultrason...
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