• 한국작물학회지
• /
• 제33권s01호
• /
• pp.86-97
• /
• 1988

Sesame(Sesamum indicum L.) is probably the most ancient oilseed crop known in the world. The seed of sesame is used in a variety of ways as food. The whole seed may be eaten raw, either roasted or parched, or fed to birds and stock. Sesame oil is used as a salad or cooking oil, in shortening, margarine and in the manufacture of soap. Minor uses are as a fixative in the perfume industry and formerly as a carrier for fatsoluble substances in pharmaceuticals such as penicillin. One of the minor constituents of sesame oil, sesamin, is used for its synergistic effect in pyrethrin insecticides, in addition of a small quantity of this substance markedly increases the effectiveness of fly sprays. The meal remaining after oil extraction can be used as and animal feed-stuff or as manure. In general sesame meal is considered to be equal to cottonseed or soybean meal as a protein supplement for livestock and poultry. It is especially high in certain amino-acids such as methionine, which is low in soybean meal, and thus can be combined with it or similar meal to form a more balanced ration. An attempt to summarize the literature review on quality improvement of sesame was made to discuss the accomplishments of the past and perspectives in the future. The reviews on quality improvement of sesame were mainly discussed in connection with the cultural practices and genetic informations in current status. The emphasis focussed on environmental variation of quality in cultural practices, such as harvest time, variety by location, climatic condition, fertilizer application, and growth regulator treatment. On the genetic variation of quality, it was discussed on variety background, mutation breeding, correlations, and inheritance of quality related characteristics. It also was discussed on relationship between quality and plant traits, storage condition or period, and seed coat color. Moreover, current research status were reviewed on some minor elements such as sesamin, oxalic acid, and trypsin inhibitor. As a results of the review, the lack of an effort to quality improvement in each utilization area was indicated as a problem area. More active efforts for the improvement of quality were also insufficient to incorporate the available genes for quality in breeding method or collection and analysis of breeding materials. Therefore, researches in the future would be recommended to emphasize on these problem areas.

• 한국식생활문화학회지
• /
• 제29권1호
• /
• pp.91-100
• /
• 2014

This study investigated the antioxidative activities and quality characteristics of gruel as a home meal replacement with Angelica keiskei powder pre-treated by far-infrared radiation or freeze-drying methods. Far-infrared treated Angelica keiskei powder (F-IAP) showed significantly lighter, weaker green, and stronger yellow color values than powder subjected to freezedrying (FAP) (p<0.001). F-IAP showed higher total phenolic compound contents than that of the FAP. ABTS radical scavenging activity of F-IAP was 50.31%, which was significantly higher than that of FAP, at 43.51% (p<0.05). Color values of gruel significantly decreased with increased addition of Angelica keiskei powder (p<0.05). Gruels containing far-infrared treated Angelica keiskei powder (F-IAG) showed higher total phenolic compound contents as well as ABTS radical scavenging activities compared to the gruels containing freeze-dried Angelica keiskei powder (FAG). Gruels containing 5 g of Angelica keiskei powder showed 2.0 to 2.5 times higher antioxidant activities than those containing powder alone due to the presence of other ingredients with antioxidant activities such as black soybean or sweet pumpkin. In the results of sensory evaluation, F-IAG containing more than 5 g of Angelica keiskei powder had higher sweetness and roasted grain flavor, as well as lower bitterness and astringency compared to FAG. Sensory acceptance tests of all samples showed higher scores than 5.0 representing possibilities of successful development of gruels as a home meal replacement containing Angelica keiskei powder.

• 한국식생활문화학회지
• /
• 제9권2호
• /
• pp.111-118
• /
• 1994

1. 식사패턴 (1) 일상식 승가의 식사첫수는 일일삼식(一日三食)의 규칙적인 식사로 대용식은 거의 없었고, 소수의 사찰에서는 흰죽, 과일, 미싯가루, 조과, 찜, 우유등을 사용하기도 하였으며, 병인식으로 칠일약(七日藥)이 아닌 주로 흰죽 종류가 이용되었다. 사찰에 늘 상비하고 있는 양념류는 간장, 된장, 깨소금, 참기름, 식용유등을 필수로 하였고, 제피가루, 고추가루, 산초, 인공조미료 등을 일부 상비하고 있었다. (2) 접대식 스님과 일반손님의 접대식으로는 반상(飯床)차림이 가장 일반적이었고, 그외에 다과, 떡, 국수등으로 접대하였으며, 대소 행사시 내객을 위한 음식으로는 비빔밥, 찰밥, 오곡밥, 약밥, 떡국, 콩국수등 단체급식하기 쉬운 음식이었다. (3) 행사식 사찰의 대소 행사식은 육류사용이 제한되는 외에는 대체로 일반세시식과 같았으며, 일반세속과 다른 점은 산채비빔밥과 음료로서 송차가 준비되는 것이었다. 불전공양식(佛前供養食)은 대부분이 오공양(五供養)으로 하였으며 제사음식은 밥, 탕국, 나물, 전, 떡, 과일, 과자등 일반 세속의 제사음식과 같이 하는 경우가 많았다. 2. 특별식 떡류는 찌는 떡, 치는 떡, 빚는 떡, 지지는 떡의 4종류중 사용빈도로서는 치는 떡이 가장 많았으며, 찌는 떡으로서는 팥시루떡이 가장 많이 이용되었다. 고물과 속으로 사용되는 부재료로서는 팥, 녹두, 콩이 많았으며, 쑥이 배합된 떡도 있었다. 조과류로서는 약과, 강정(산자), 다식, 정과, 양갱등으로 종류가 매우 다양하였다. 음청류로는 농후음료류, 엽차류, 냉음청류, 약이복식류와 유(乳) 및 유(乳)제품류로 분류하였고, 조과류와 함께 다양하게 사용되었으며, 솔잎차와 같은 약한 알콜성음료도 이용되어 여름철에는 약수에 간장이나 죽염을 타서 사찰에 오신 손님을 접대하기도 하였다. 3. 저장식품 승가의 저장식품으로는 장아찌류에는 산채가, 김치류에는 엽경채류가, 말림류에는 산채류가, 부각류에는 산채와 해조류가 많이 사용되었고, 묵말림과 같은 특이한 저장식품이 많이 사용되었다.