초록

A method of increasing the solubility in water of a flavonol component of a flavonol-containing composition, the method including the steps of providing a flavonol-containing composition, providing an anthocyanin-containing composition and mixing the two compositions.

대표청구항 ▼

A method of increasing the solubility in water of a flavonol component of a flavonol-containing composition, the method including the steps of providing a flavonol-containing composition, providing an anthocyanin-containing composition and mixing the two compositions. M-5 or silicalite 1. 12. The pr

A method of increasing the solubility in water of a flavonol component of a flavonol-containing composition, the method including the steps of providing a flavonol-containing composition, providing an anthocyanin-containing composition and mixing the two compositions. M-5 or silicalite 1. 12. The process recited in claim 11, wherein said hydrothermal conditions include a temperature exceeding 80° C. 13. The process recited in claim 1, wherein the synthesis mixture is a silicate, an aluminosilicate, or a metallosilicate solution. 14. The process recited in claim 1, wherein the synthesis solution has a composition which upon hydrothermal treatment in the absence of an organic ion-exchange resin results in the crystallization of said macroporous inorganic material. 15. The process recited in claim 1, further comprising the step of removing said porous organic ion exchanger to obtain macrostructures of said crystalline molecular sieve. 16. The process recited in claim 15, wherein said porous organic ion exchanger is removed by calcination. 17. The process recited in claimed 15, wherein said porous organic ion exchanger is removed by dissolving said porous organic ion exchanger. 18. The process recited in claim 15, wherein said macrostructures have a size and shape of said porous organic ion exchanger. 19. The process recited in claim 15, wherein said porous organic ion exchanger has an ion-exchange capacity greater than about 1 meg./gm of dry porous ion-exchanger. 20. The process recited in claim 1, wherein said macrostructures have at least one dimension greater than about 1.0 mm. 21. The process recited in claim 20, wherein said macrostructures are spherical or cylindrical.