Method for producing liquid fig by utilizing ficin
A ficin and fig technology, applied in application, food preparation, food science and other directions, can solve the problems of low technical content of processed products, difficult absorption and utilization by human body, destruction of nutrients and biological activities, etc., to maintain the original color and original flavor and nutritional efficacy. Properties, significant health care effects, effects of improving health care effects
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Embodiment 1
[0017] Example 1: Harvest and weigh 100 kilograms of eight-ripe fresh figs; wash them with running water and send them to a tissue grinder for grinding, then grind the ground figs with a colloid mill, then transfer them to an ultrasonic reactor, add Purified water to 3 times of the raw material, add 0.5 kg of ficin with enzyme activity ≥ 600,000 units, heat to control the temperature at 47°C, start the stirrer to degrade for 1 hour and 30 minutes, then raise the temperature to 90°C and stop to passivate the Enzyme, to prevent enzyme browning and sterilize, then homogenize the above slurry to further refine the particles, and use an ultra-high pressure homogenizer to homogenize the slurry twice at a pressure of 100mpa and a temperature of 60°C. The slurry is refined to the nanometer level, and then the liquid fig of the present invention is made through processes such as filling, capping, and packaging.
Embodiment 2
[0018] Example 2: Harvest and weigh 500 kg of nine-ripe fresh figs; wash them with running water and send them to a tissue grinder for grinding, then grind the ground figs with a colloid mill, then transfer them to an ultrasonic reactor, add Purified water to 4 times the raw material, add 3 kg of ficin with enzyme activity ≥ 600,000 units, heat to control the temperature at 51°C, start the stirrer to degrade for 1 hour and 50 minutes, then raise the temperature to 92°C and stop to passivate the Enzyme, to prevent enzyme browning and sterilize, then homogenize the above slurry to further refine the particles, and use an ultra-high pressure homogenizer to homogenize the slurry twice at a pressure of 110mpa and a temperature of 65°C. The slurry is refined to the nanometer level, and then the liquid fig of the present invention is made through processes such as filling, capping, and packaging.
Embodiment 3
[0019] Example 3: Harvest and weigh 1000 kg of eight-mature fresh figs; wash them with running water and send them to a tissue grinder for grinding, then grind the ground figs with a colloid mill, then transfer them to an ultrasonic reactor, add Purify water to 5 times of the raw material, add 5 kg of ficin with enzyme activity ≥ 600,000 units, heat to control the temperature at 52°C, start the stirrer to degrade for 1 hour and 20 minutes, then raise the temperature to 95°C and stop to passivate the Enzyme, to prevent enzyme browning and sterilize, then homogenize the above slurry to further refine the particles, and use an ultra-high pressure homogenizer to homogenize the slurry twice at a pressure of 100mpa and a temperature of 60°C. The slurry is refined to the nanometer level, and then the liquid fig of the present invention is made through processes such as filling, capping, and packaging.
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