• Title/Summary/Keyword: Sweet pumpkin cookie

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Optimization of Iced Cookie with the Addition of Dried Sweet Pumpkin Powder (건조 단호박을 첨가한 냉동쿠키의 제조조건 최적화)

  • Lee, Sun-Mee;Ko, Young-Joo;Jung, Hyeon-A;Paik, Jae-Eun;Joo, Na-Mi
    • Journal of the Korean Society of Food Culture
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    • v.20 no.5
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    • pp.516-524
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    • 2005
  • This study was conducted to develop a functional cookie with the addition of a sweet pumpkin powder on a cookie shape, that showed high preference level to all age group and that was very easily to store because of low moisture content, by substituting partially a sweet pumpkin powder for reducing content of wheat flour. This study has produced the sensory optimal composite recipe by making iced cookies, respectively, with each 5 level of Sweet pumpkin powder($X_{1}$), sugar($X_{2}$), butter($X_{3}$), by C.C.D(Central Composite Design) and conducting sensory evaluation and instrumental analysis by means of RSM(Response Surface Methodology). Sensory items showed very significant values in color, appearance, flavor, overall quality(p<0.05), texture(p<0.01), and instrumental analysis showed significant values in lightness, redness(p<0.01), yellowness, spread ratio, hardness(p<0.05). Also sensory optimal ratio of Sweet pumpkin cookie was calculated as sweet pumpkin powder 81.8g, sugar 116.6g, butter 210.7g, and it was revealed that the factors of influencing cookie aptitude were in order of Sweet pumpkin powder, butter, sugar.

Effects of Sweet Pumpkin Powder on Quality Characteristics of Cookies (단호박 분말이 쿠키의 품질특성에 미치는 영향)

  • Park, In-Duck
    • Journal of the Korean Society of Food Culture
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    • v.27 no.1
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    • pp.89-94
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    • 2012
  • This study was conducted to evaluate the effects of sweet pumpkin (Cucurbita Maxima D.) powder on the quality characteristics of cookies. The cookies were made with various sweet pumpkin powder levels (10%, 20%, and 30%). The pH of the dough increased while the density of the dough decreased as the amount of sweet pumpkin powder increased. The width of cookies determined by water content in dough increased with increasing sweet pumpkin powder level. The L value of cookies was significantly the largest in the control group. The b value was the highest for the 30% substituted sample group. According to textural measurements, the hardness, cohesiveness, springiness, and brittleness of the cookies with sweet pumpkin powder were higher in concentration than those of the control group. According to the sensory evaluation, the appearance, color, flavor, and texture of cookies with 10-20% sweet pumpkin powder were higher compared to those of the control group. The overall most acceptable cookie group was that with 10% added sweet pumpkin powder.