Isoflavone and Quality Improvement of Soymilk by using Germinated Soybean
Hye‐Yeon Lee, Joo-Sook Kim, Young-Su Kim, Woo‐Jung Kim
Abstract
Hye‐Yeon Lee, Joo-Sook Kim, Young-Su Kim, Woo‐Jung Kim
Abstract
Isoflavone content of soymilk prepared with germinated soybean significantly increased. Soymilk prepared with Shinpaldal-2 germinated far 12 hr showed maximum 5.552 mg/g isoflavone. Solid content in soymilk increased from 5.68 to 6.02% for Shinpaldal-2 and from 5.30 to 6.10% for Seomoktae with 24 hr germination. 'L' values of soymilk increased, whereas 'a' and 'b' values decreased. Viscosity of soymilk decreased, while stability increased as germination time increased up to 24 hr, Organoleptic flavor properties of soymilk improved, showing decrease in benny and increase in savory flavors. Acceptance test showed soymilk prepared with 12 hr germinated Shinpaldal-2 showed highest acceptance, while Seomoktae soymilk showed least.
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Isoflavone content of soymilk prepared with germinated soybean significantly increased. Soymilk prepared with Shinpaldal-2 germinated far 12 hr showed maximum 5.552 mg/g isoflavone. Solid content in soymilk increased from 5.68 to 6.02% for Shinpaldal-2 and from 5.30 to 6.10% for Seomoktae with 24 hr germination. 'L' values of soymilk increased, whereas 'a' and 'b' values decreased. Viscosity of soymilk decreased, while stability increased as germination time increased up to 24 hr, Organoleptic flavor properties of soymilk improved, showing decrease in benny and increase in savory flavors. Acceptance test showed soymilk prepared with 12 hr germinated Shinpaldal-2 showed highest acceptance, while Seomoktae soymilk showed least.
Key concepts: Food science, Germination, Organoleptic, Chemistry, Flavor, Horticulture, Biology