Freeze storage agent capable of changing vitrification phase change temperature of food in quick freezing process and application method thereof
A phase transition temperature and cryopreservation technology, applied in application, food science, food preservation, etc., can solve problems affecting food quality, moisture, juice and nutrient loss, and achieve the effect of ensuring food quality and reducing ice crystal formation.
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Embodiment 1
[0012] A cryopreservative that can change the glass transition temperature of food in quick-freezing. The cryopreservative is prepared by mixing the following components according to the ratio: 0.4% table salt, 0.4% trehalose, 0.4% xylose alcohol or mannitol, 0.4% food-grade phosphate or food-grade carbonate, and the remainder water.
[0013] A method for applying a cryopreservative that can change the glass transition temperature of food in quick freezing, comprising the following sequential steps: putting food into the cryopreservative and soaking it for 2 to 5 hours; and quick freezing the food.
Embodiment 2
[0015] A cryopreservative that can change the glass transition temperature of food in quick freezing. The cryopreservative is made by mixing the following components according to the ratio: 1% table salt, 1.5% trehalose, 1.5% xylose alcohol or mannitol, 1% food-grade phosphate or food-grade carbonate, and the remainder water.
[0016] A method for applying a cryopreservative that can change the glass transition temperature of food in quick freezing, comprising the following sequential steps: putting food into the cryopreservative and soaking it for 2 to 5 hours; and quick freezing the food.
Embodiment 3
[0018] A cryopreservative that can change the glass transition temperature of food in quick-freezing. The cryopreservative is prepared by mixing the following components according to the ratio: 2% table salt, 3% trehalose, 3% xylose alcohol or mannitol, 2% food-grade phosphate or food-grade carbonate, and the remainder water.
[0019] A method for applying a cryopreservative that can change the glass transition temperature of food in quick freezing, comprising the following sequential steps: putting food into the cryopreservative and soaking it for 2 to 5 hours; and quick freezing the food.
[0020] The following is a comparative test using shrimp with a net content of 150 grams as an example. The greater the yield rate of thawing and cooking, the less water, juice and nutrient loss in the food tissue. The specific experimental data is shown in the table below.
[0021]
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