• 동아시아식생활학회지
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• 제8권1호
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• pp.66-74
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• 1998

To investigate the materials in the preparation of kimchi for Koreans in the Commonwealth of Independent States(CIS) a survey was completed by 199 Koreans living in Moscow, Sahalin, Uzbekistan and Jazahstan, In the way to purvey the materials of Kimchi, the frequency to get all the materials of Kimchi in the markets is 74.7% on the whole and by regional groups the frequency is relatively high in Moscow and Kazahstan, For the main ingredients most respondents use Chinese cabbage, cabbage, or turnips. In general Chinese cabbage is used most, But the respondents who live in Moxcow and Kazahstan. For the main ingredients most respondents use Chinese cabbage, cabbage, or turnips. In general Chinese cabbage is used most, But the respondents who live in Moscow and Kazahstan. 쫴 are younger, or belong to higher emigrant generation, prefer cabbage kimchi. For the additional vegetables many respondents use carrots. For the seasonings, garlic, red pepper powder, and salt are added to Kimchi, but the use of ginger, whole seasame seed, and waxy rice paste is relatively low. The coriander, which is not added to kimchi in Korea, is used in Kimchi By above 80% of the respondents living in the three regions except Sahalin. It is considered to be due to the effect of the western dining cultural area. For the animal materials, 74.4% of the respondents add lightly salted fish to Kimchi and all toe respondents in Sahalin add salt-fermented sea food, the kind of which is mainly salt-fermented croaker. The reasons given for not adding salt-fermented seafood to Kimchi in the three regions except Sahalin, 59.9% of the respondents said it was because of the difficulty to purvey, 21.1% because of the fishy taste, and 16.8% because of not considering the addition of self-fermented sea food in Kimchi. The higher the emigrant generation of respondents, the less seasonings of strong flavor like garlic, red pepper powder, and salt-fermented sea food are used, and the more coriander is used. In the salting of Kimchi preparation, 97.8% of the respondents salt the main vegetables by soaking in brine and its concentration is controlled by experience.

• 한국식품영양과학회지
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• 제24권1호
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• pp.48-53
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• 1995

Changes in the contents of sugar, organic acid, free amino acid and uncleic acid-related compounds of leaf mustard-Kimchi during fermentation at 5~7$^{\circ}C$ were investigated. The leaf mustard-Kimchi was formulated with 4kg leaf mustard, 120g garlic, 80g ginger, 540ml salted anchovies, 1kg green onion, 200g red pepper powder, 200g ground red pepper, 60g whole sesame and 600ml glutinous rice paste. Changes in pH and acidity were relatively slow. Major free sugars were glucose(0.13%) and maltose(0.42%), and residual sugars(0.03-0.04%) were also detected after 32 days of fermentation. Major free amino acids containing more than 26.5mg% were proline, glutamic acid, alanine and histidine. Contents of total free amino acids increased from 244.8 to 397.2mg% by 24 days of fermentation. Of non-volatile organic acid, lactic acid was the most abundant(119.3mg%), and its content increased markedly after 10 days of fermentation. Other organic acids(below 53.1mg%) observed were malic, oxalic and citric acid. Contents of nucleic acid-related compounds were high in the order of hypoxanthine(22.8mg%), IMP(8.3mg%) and GMP(6.9mg%). Hypoxanthine content increased by 10 days(27.3mg%) and decreased thereafter, while the others decreased gradually during the overall period of fermentation.

• 한국식품영양과학회지
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• 제29권5호
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• pp.796-801
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• 2000

Kimchi is the Korean traditional food which is fermented properly from salted Korean cabbage of raddish with other various supplements. Kimchi therefore can be the major sources for various kinds of nutrients and other biological substances. The fermentation process accompanies with complicated reaction mechanism which bacteria, fungi and yeast are involved and they produced aroma, taste and bioactive components. To identify nucleoside, this study was conducted with freeze-dried mustard leaf, mustard leaf kimchi and fermented mustard leaf kimchi. Hexane, CH$_2$Cl$_2$, EtOAc and BuOH was used in order to extract their components. The isolated compounds I and II from mustard leaf and mustard leaf kimchi were identified as adenosine and uracil using UV, $^{1}H$-NMR, $^{13}C$-NMR and LC-MS, respectively. Compound I, II and nucleosides are the first report of its occurrence from mustard leaf and their kimchi, the standardized ratios of ingredients for kimchi were 10 of anchovy juice, 8 of red pepper powder, 3 of garlic, 1.5 of ginger, 6 of paste of glutinous rice. The nucleoside of mustard leaf and their kimchi was determined and compared. The order of nucleosides contents of mustard leaf was uridine>cytosine>uracil>adenine>guanosine>guanin, that of fresh mustard leaf kimchi was uridine>uracil>cytosine>guanine>adenosine>adenin>guanosine and that of fermented mustard leaf kimchi (5days at 15$^{\circ}C$) was guanine>adenine>adenosine>guanosine. The differences of nucleoside contents from those were due to various supplements and fermentation process.

• 한국미생물·생명공학회지
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• 제8권3호
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• pp.155-166
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• 1980

어육 연제품의 부패에 관여하는 세균의 보급원이 되고있는 부원료의 미생물 오염 실태를 알기 위하여 어육 소시지 가공공장과 시중에서 채취한 녹말, 각종 향신료 및 조미료 20종에 총 시료수 59점에 대하에 생균수, 대장균군, 분변계대장균, 곰팡이 및 효모, 내열균, 호기성 아포형성균(중온 및 고온균), 혐기성 아포형성균(중온 및 고온균), 혐기성 황화수소변패 아포형성균을 조사하였다. 1. 부원료 중 녹말, 후추, 고추가루, 양파, 마늘, 생강, 육즙, 프랑크 등은 일반세균 및 포자형성균의 오염이 높았으며 시판품이 가공공장의 것보다 세균함량이 많았다. 2. 생균수가 높았던 시료는 내열균, 호기성 아포형성 중온균 및 고온균의 함량이 높았다. 3. 가공공장의 후추와 육즙, 시판품의 후추, 고추가루, 양파, 마늘 등은 외국의 세균관계기준을 초과하고 있다. 4. 생균수는 가공공장의 후추, 밀가루, 양파, 마늘이 $10^4$~$10^{5}$ /g이었고 시판의 후추, 고춧가루, 양파, 마늘이 $10^{5}$ ~$10^{7}$ /g이였으며 후추정유와 색소에서는 검출되지 않았다. 5. 대장균군이 검출된 시료는 생균수의 함량이 높았던 종류들이며 후추, 고추가루를 제외한 다른 시료에서는 분변계대장균이 검출되지 아니하였다. 6. 곰팡이 및 효모는 가공공장의 녹말, 밀가루, 후추가 140~460/g이었고 시판하는 후추와 고추가루는 $10^3$/g이였으며, 다른 시료에서는 검출되지 아니 하였다. 7. 10$0^{\circ}C$에서 5분간 끓인 후 55$^{\circ}C$에서 배양한 혐기성 황화수소변패 아포형성균은 본 실험에 제공된 어느 시료에서도 검출되지 않았다.

• 한국식품저장유통학회지
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• 제19권3호
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• pp.376-384
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• 2012

본 연구는 학교급식 식재료의 품질 관리 향상을 위한 기초자료를 마련하기 위해 대구 경북의 영양(교)사 271명을 대상으로 식재료 구매실태를 조사하였다. 전처리 채소의 사용비율은 도라지(88.4%), 마늘(87.8%), 데친 고사리(80.1%), 연근(65.7%), 우엉(63.5%), 실파(63.5%), 토란대(57.6%), 생강(35.1%), 알타리무(30.6%), 데친 취나물(29.2%), 대파(25.8%), 당근(25.5%), 양파(21.4%), 감자(8.9%) 순이었다. HACCP 인증제품 사용비율은 육류(75.9%), 계란류(66.7%), 두부(65.5%), 전처리 수산물(55.1%), 묵(49.9%), 양념류(44.9%), 김치(30.9%), 전처리 채소류(22.7%), 과일류(6.9%) 순이었다. 친환경식재료의 사용비율은 알류(31.0%), 육류(28.7%), 두부류(22.1%), 과일류(17.7%), 전처리 수산물(16.7%), 양념류(11.9%), 전처리 채소류(10.5%), 김치류(6.7%) 순이었다. 수입 식재료의 이용비율은 묵류(29.2%), 전처리 수산물(24.7%), 두부류(20.5%), 양념류(15.9%), 과일류(10.1%), 전처리 채소류(4.8%), 알류(0.7%), 김치류(0.4%) 순이었다. HACCP 인증이 필요하다고 생각하는 품목은 쇠고기와 돼지고기(81.5%), 닭고기(80.1%), 전처리 수산물(78.6%), 냉동만두(73.8%), 두부(71.6%), 깐 알류(70.8%), 어묵(69.4%), 묵(65.7%), 우유(63.1%), 김치(54.6%), 양념류(50.6%), 냉동우동(45.4%), 전처리채소(44.3%), 두채류(29.5%) 순이었다. 학교에 공급되는 전체 식재료의 품질은 상등급의 식재료가 공급되고 있다고 생각하는 학교가 59.0%로 가장 많았고, 식재료 품질 위변조 사실을 확인한 경험이 있는 경우는 전체의 8.1%, 품질인증 위변조를 확인한 품목은 육류가 12건, 농산물 2건, 닭고기와 수산물이 각 1건이었고, 위변조 사실 확인 후 시정을 요구한 것은 6건, 계약을 취소한 경우 1건이었다. 따라서 우수하고 안전한 식재료가 학교급식에 더 많이 공급될 수 있도록 생산 가공업체, 유통업체의 적극적인 협조와 영양(교)사의 철저한 검수와 적극적인 자세가 요구되었다.