Changes in Properties of Waxy Rice During Steeping in Water
Kwan Kim, Kil-Jin Kang, Yong-Hyun Lee, Sung-Kon Kim
Abstract
Kwan Kim, Kil-Jin Kang, Yong-Hyun Lee, Sung-Kon Kim
Abstract
The steeping of waxy rice in water at for 12 hr resulted in the decrease of protein, crude fat and ash contents. Water-binding capacity and swelling power (at ) of waxy rice flour increased upon steeping. Maximum viscosity of waxy rice flour in 0.19 N sodium hydroxide solution was increased up to 6 hr steeping and decreased thereafter. The amylograph indices increased as the steeping time increased. The degree of changes in properties during steeping was different between two waxy rice cultivars.
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The steeping of waxy rice in water at for 12 hr resulted in the decrease of protein, crude fat and ash contents. Water-binding capacity and swelling power (at ) of waxy rice flour increased upon steeping. Maximum viscosity of waxy rice flour in 0.19 N sodium hydroxide solution was increased up to 6 hr steeping and decreased thereafter. The amylograph indices increased as the steeping time increased. The degree of changes in properties during steeping was different between two waxy rice cultivars.
Key concepts: Steeping, Chemistry, Food science, Sodium hydroxide, Horticulture, Biology, Organic chemistry