Low-purine soybean milk and preparation method thereof
A low-purine, soybean milk technology, applied in the field of food processing, can solve problems such as hyperuricemia, and achieve the effects of reducing purine content, enriching varieties, and improving added value
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Embodiment 1
[0017] see figure 1 , figure 1 It is a flow chart of this embodiment, and this embodiment provides a method for preparing low-purine soymilk, including the following steps:
[0018] Soybeans: 200kg non-transgenic soybeans are preferred, soaked in water according to the ratio of 1:10 material to liquid after peeling;
[0019] Refining: the soaked soybeans are refined and filtered to obtain a soymilk stock solution, and the purine content of the soymilk stock solution is 18mg / 100mL;
[0020] Boiling: Boil the soymilk stock solution until it boils for 10 minutes, and obtain cooked soymilk after cooling;
[0021] Adsorption: The cooked soybean milk is adsorbed through the gel-type ion-exchange resin NCUW18. The gel-type ion-exchange resin NCUW18 in this embodiment is a styrene cross-linked gel-type anion-exchange resin with a degree of cross-linking of 8% and a shallow appearance. Yellow transparent spherical particles with a particle diameter of 3.0mm and a maximum operating t...
Embodiment 2
[0026] A method for preparing low-purine soybean milk, comprising the following steps:
[0027] Soybeans: preferably 100kg of non-transgenic soybeans, after peeling, add water according to the ratio of 1:10 to soak;
[0028] Refining: the soaked soybeans are refined and filtered to obtain a soymilk stock solution, and the purine content of the soymilk stock solution is 18mg / 100mL;
[0029] Boiling: Boil the soymilk stock solution until it boils for 10 minutes, and obtain cooked soymilk after cooling;
[0030] Adsorption: The cooked soybean milk is adsorbed through the gel-type ion-exchange resin NCUW18. The gel-type ion-exchange resin NCUW18 in this embodiment is a styrene cross-linked gel-type anion-exchange resin with a degree of cross-linking of 7.8% and a shallow appearance. Yellow transparent spherical particles with a particle diameter of 2.5mm and a maximum operating temperature of 83°C. The size of the adsorption column filled with gel-type ion exchange resin NCUW18 i...
Embodiment 3
[0035] A method for preparing low-purine soybean milk, comprising the following steps:
[0036] Soaked beans: 50kg of non-transgenic soybeans are preferred, soaked in water according to the ratio of 1:10 material to liquid after peeling;
[0037] Refining: the soaked soybeans are refined and filtered to obtain a soymilk stock solution, and the purine content of the soymilk stock solution is 18mg / 100mL;
[0038] Boiling: Boil the soymilk stock solution until it boils for 10 minutes, and obtain cooked soymilk after cooling;
[0039] Adsorption: The cooked soybean milk is adsorbed through the gel-type ion-exchange resin NCUW18. The gel-type ion-exchange resin NCUW18 in this embodiment is a styrene cross-linked gel-type anion-exchange resin with a degree of cross-linking of 7.5% and a shallow appearance. Yellow transparent spherical particles with a particle diameter of 2.0mm and a maximum operating temperature of 81°C; the adsorption column filled with gel-type ion exchange resi...
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