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End-Use Qualities of Korean Wheat Cultivars KCI 등재

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한국작물학회 (Korean Society Of Crop Science)
초록

End-use properties of 26 Korean wheat cultivars(KWC) were evaluated to assess consumer satisfaction with 6 imported wheat and 5 commercial wheat flours. In end-use quality testing of cooked noodles, Absorption of noodle dough sheet of ASW(Australian standard white) was similar to Anbaek, Eunpa, Gobun, Hanbaek, Jeokjoong, Jonong, Namhae, and Sukang. In lightness of prepared noodle dough sheet, Lightness value(L*) of KWC was lower than those of commercial flour for making white salted noodle(Com1), commercial flour for making for yellow alkaline noodle(Com2), and commercial flour for multi-purpose(Com4). Lightness value(L*) showed significantly negative correlations with particle size of flour, ash, damaged starch, and protein content. Hardness of cooked noodles positively correlated with protein content. In end-use quality of bread, Bread volume of commercial flour for making bread(Com3) was similar to Alchan, Jokyung, Keumkang, and Namhae but firmness was low. Bread volume showed better relationships with higher SDS-sedimentation volume, longer mixing time of mixograph, higher height of dough during development. Diameter of cookie showed significantly negative correlations with particle size of flour, damaged starch, and protein content. Also, Top gain score became higher as the increase diameter of cookie. In end-use quality testing of cooked cookie, Cookie diameter of Com5 was similar to that of Dahong, Geuru, Olgeuru, Tapdong, and Uri but top grain was low.

저자
  • Chon-Sik Kang(National Institute of Crop Science, Rural Development Administration)
  • Chul Soo Park(National Institute of Crop Science, Rural Development Administration) Corresponding author
  • Jong-Chul Park(National Institute of Crop Science, Rural Development Administration)
  • Young-Jin Kim(National Institute of Crop Science, Rural Development Administration)
  • Young-Keun Cheong(National Institute of Crop Science, Rural Development Administration)
  • Ki-Jong Kim(National Institute of Crop Science, Rural Development Administration)