• Title/Summary/Keyword: 고추(苦椒)

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고추(번초(番椒), 고초(苦椒))의 어원(語源)연구

  • Kim, Jong-Deok;Go, Byeong-Hui
    • The Journal of Korean Medical History
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    • v.12 no.2
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    • pp.147-167
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    • 1999
  • 1. 연구 목적 한국의학사(韓國醫學史)의 한 분야인 식품사(食品史) 및 약물사(藥物史)는 미개척분야라 해도 과언은 아닐 정도로 연구 업적이 부족하다. 특히 식물명칭에 대한 정리는 기초학문이지만 방치되어진 것도 부인할 수 없다. 따라서 본고는 식품문화사(食品文化史)를 정리하는 과정중의 일환으로 고추의 어원(語源)을 중심으로 살펴보고자 한다. 이는 식품사(食品史) 연구에 도움이 되는 동시에 체질식이요법을 강조하는 사상의학(四象醫學)의 식품 분류에 대한 학술적 근거를 제시하는 계기로 삼고자 한다. 1493년 콜럼버스에 의해 알려진 고추는 우리 나라에 들어와 천초(川椒)대신 사용됨으로서 현재 중요한 양념이 되었다. 이에 고추의 도입과정과 호칭변화를 살펴봄으로서 현재 사전류에서 잘못 서술되고 있는 것을 시정하고, 고추가 도입된 이래 우리가 어떻게 이해하고 응용하였는 지에 대하여 문헌고찰을 통하여 의학사적(醫學史的) 입장으로 정리하는 것이 본 연구의 목적이다. 2. 연구 방법 "산림경제(山林經濟)"(1715), "임원경제지(林園經濟志)"(1827)같은 농서(農書), "물명고(物名考)"(1830), "오주연문장전산고(五洲衍文長箋散稿)"(1850) 같은 유서(類書), "훈몽자회(訓蒙字會)"(1527), "신증유합(新增類合)"(1574)같은 사전류, "지봉유설(芝峰類說)"(1614), "성호사설(星湖僿說)"(1763)같은 문집류, "흠정수시통고(欽定授時通考)"(1737), "본초강목습유(本草綱目拾遺)"(1765)같은 중국본초서(中國本草書) 등과 국내의서 등 을 통하여 고추에 대한 문헌정리를 시도하였다. 3. 연구 결과 고추가 도입된 이래 남만초(南蠻椒), 남초(南椒), 번초(番椒), 왜초(倭椒), 왜고초(倭苦椒), 왜개자(倭芥子), 고초(苦椒), 랄가(辣茄), 고쵸, 등으로 표기되어 왔다. 하지만 고추가 도입되기 전에 출간된 "구급간이방(救急簡易方)"(1489)에 '초(椒) 고쵸, 죠피'라는 기록이 나온다. 이는 천초(川椒)(초피나무)를 의미하는 '고쵸'로 보아야 한다. 후에 고추가 도입됨에 따라 의미가 변하여 고추를 의미하게 되는데 이를 정리하면 다음과 같다. 첫째, 현존하는 문헌 중 고추에 대한 최고기록인 "지봉유설(芝峰類說)"(1614)에 근거하여 고추(남만초(南蠻椒))는 임진왜란때 일본에서 도입되었다는 것이 정설이었다. 하지만 임진왜란 이전에 일본을 통하여 고추가 도입되었고 이의 개량종을 오히려 임진왜란때 일본으로 전해주었을 가능성이 높다. 둘째, 현재 대부분의 사전류에서 "훈몽자회(訓蒙字會)"(1527)의 '고쵸 쵸(초(椒))'를 고추에 대한 최초의 어원으로 보고 있으나 이는 잘못된 것이다. "훈몽자회(訓蒙字會)"의 '고쵸(초(椒))'는 고추가 아닌 매운 열매의 총칭으로 호초(胡椒), 천초(川椒), 진초(秦椒)를 의미한다. 이는 "구급간이방(救急簡易方)"(1489)의 천초(川椒)를 의미하는 '초(椒) 고쵸'에서도 확인할 수 있다. 셋째, 현재 대부분의 사전류에서 고추의 한문표기가 고초(苦草)로 되어 있으나 고초(苦椒)로 정정되어져야 한다. 초(草)(상성(上聲))와 초(椒)(평성(平聲))는 발음은 같지만 성조(聲調)가 다르며, 또한 "본사(本史)"(1787)에 고초(苦椒)와 고초(苦草)는 서로 다른 식물로 기록되어 있다. 넷째, 고초(苦椒)는 '고쵸'라는 우리말에 맞추어 만든 국자(國字)로 고추가 천초(川椒)와 비슷하지만 맵고 쓰다라는 뜻으로 사용된 것이다. 다섯째, 맵고 뜨거운 성질이 있는 고추는 냉증(冷症)을 유발시킬 수 있는 냉성(冷性)야채를 중화(中和)시키는 작용을 한다. 여섯째, 고추는 소음인 식품의 경향성을 띈 훈채류에 속한다.

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The Meaning of Cho(椒) and Gocho(고쵸) (초(椒)와 고쵸의 의미)

  • Chung, Kyung-Rhan
    • Proceedings of the Korea Contents Association Conference
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    • 2014.11a
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    • pp.161-162
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    • 2014
  • "홍재전서"의 초의 종류에 나온 촉초(蜀椒), 진초(秦椒), 단초(丹椒), 대초(大椒), 호초(胡椒)의 공통적인 특징이 고쵸로 확인됨에 따라 고쵸를 언해한 한자 초(椒), 고초(苦椒), 번초(蕃椒), 남만초(南蠻椒), 만초(蔓椒)를 살펴본 결과, 초의 종류는 다양하고, 이 초(椒)는 고추를 의미함을 알 수 있었다. 현재에도 고추의 품종이 다양한데, 과거로부터 외국과의 교류를 통한 다양한 고추가 국내에 유통되고 있음을 확인할 수 있었다.

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The Type of Cho(椒) and The Meaning of Gocho(고쵸) (초(椒)의 종류와 고쵸의 의미)

  • Chung, Kyung Rhan
    • The Journal of the Korea Contents Association
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    • v.14 no.12
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    • pp.1021-1036
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    • 2014
  • In this article, another literatures that original Korean own red pepper (Gochu) was cultivated from ancient years and there were many other varieties of Gocho in Korea were shown. The first book where Gochu was appeared as written in Hangul (Korean own character invented by King Sejong in 1433) was Hunmongjahoe (訓蒙字會) written by Choi Sejin in 1527. However, many books where cho(椒) indicating Korean red pepper (Gochu) was described before Hunmongjahoe. This is consistent with Hongjaejonso(弘齋全書, 1799). King Jungjo asked Kim Dalsun about the type of Cho(椒) in Hongjaejonso, Kim Dalsun answered to King Jungjo that there are many types of Cho such as Chokcho(蜀椒), Jincho(秦椒), Dancho(丹椒), Daecho(大椒) and Hocho(胡椒). When common characteristics in Chokcho, Jincho, Dancho, Daecho and Hocho in Hongjaejonso were studied, it was found that these Chos had one word in common "Gocho(고쵸)" in the Korean translation. Also several Chos such as Buncho(蕃椒), Nammancho(南蠻椒), Mancho(蔓椒) were characterized as Gocho in ancient books. In conclusion there were several Chos such as Chokcho, Jincho, Dancho, Daecho, Hocho, Buncho, Nammancho, Mancho, etc indicating the various types of Cho, and these were all written as Gocho(고쵸) in the Korean character. An original Korean Gocho should be cultivated in Korean peninsula. Several different types of Cho were imported during the course of trade with foreign countries, and these foreign Chos called as Buncho(蕃椒), Nammancho(南蠻椒), Mancho(蔓椒) by discriminating original Korean Gocho(고쵸). The original name of Gochu(고추) is Gocho. Later the Chinese character for Gocho(苦椒) invented in response to the Korean character of "Gocho(고쵸)" by necessity.

Effects of Condiments upon Enzyme Activity (1) - Effects of Condiments upon Proteinase Activity of Pancreatin - (식품첨가물(食品添加物)이 소화효소(消化酵素)의 활성(活性)에 미치는 영향(影響)(1) - 식품첨가물(食品添加物)이 Pancreatin의 Proteinase Activity에 미치는 영향(影響) -)

  • Suh, Myung-Jah
    • Journal of Nutrition and Health
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    • v.6 no.4
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    • pp.55-60
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    • 1973
  • To determine the effects of condiments upon Proteinase Activity, condiments such as welsh onion, garlic, ginger, black pepper, red pepper, mi-won (glutamic acid natrium), sugar, mustard and horse-radish were ground by a homogenizer, and each of them was dosed by 0%, 1%, 5% and 10% into Pancreatin Solution of 0.2% for storage at the temperature of 15 degrees Cels. The Enzyme Solution thus obtained then was measured at a certain interval of time by the Fuld Gross Method, and the following results were obtained. 1) The condiments that kept Proteinase Action of Pancreatin checked below 75% were mustard, horse-radish, red pepper and welsh onion. The centrol power of welsh onion, in particular, became stronger as storage time became longer. 2) The condiments that kept Proteinase Action of Pancreatin checked below 50% were sugar, black pepper and ginger. 3) Mi-won and garlic showed a strong checking powor over Proteinase Action at an early stage of storage, but as time passed, their control power gradually diminished to naught. In short, it may be concluded that ail of the condiments used in this experiment demonstrated their checking power over Proteinase Action.

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Study on Status of Nutritional Supply by Lunch-box in High School (고등학생(高等學生)의 도시락에 의한 영양섭취상태(營養攝取狀態)에 관(關)한 조사연구(調査硏究))

  • Rhee, Hei-Soo;Yim, Gong-Hee
    • Journal of Nutrition and Health
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    • v.6 no.1
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    • pp.39-46
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    • 1973
  • This study was projected to get basic data which can provide a basis for future direction in nutritional education, and also to find the way how to improve the nutritional supply by evaluating the current nutritional intake of average high school students through the survey study of their daily packed lunch. Five hundred twenty seven students from two boys high school and two girls high school including one general and one vocational school respectively were chosen as random sampling technique. Four hundred forty nine among the 527 students had brought lunch. The contents of lunch box were weighed and converted into nutritional values according to the food composition table and compared with recommended dietary allowances. The results compared and classified by sex, School and housewives' educational level were as follows: 1. The nutritional supply in the lunch box was 671 Cal of energy and 22.3 gm of protein for male students which were respectively 55.9% and 74.2% of the dietary recommendations. On the other side female student's lunch boxes were found to contain 495 Cal of energy and 21.3gm of protein which are respectively 61.8% and 80% of the dietary prescriptions. Excluding niacin, all vitamins and minerals were found to be short. 2. Calorie intake in the vocational high school was found to be higher than in the general high school but lower in protein intake especially significant difference (P<0.01) in animal protein. 3. From the nutritional point of view the educational backgrouud of the housewives was not found to have any influence in the way of preparing the lunch boxes. 4. Nutrients of lunch box were heavily inclined to grain rather than to side dishes.

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Effects of Condiments upon ${\alpha}-Amylase$ activity (조미료(調味料)가 ${\alpha}-amylase$활성(活性)에 미치는 영향(影響))

  • Suh, Myung-Jah
    • Journal of Nutrition and Health
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    • v.9 no.1
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    • pp.104-109
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    • 1976
  • Condiments such as welsh onion, garlic, ginger, black pepper, red pepper, japanese pepper, mustard, horse radish, monosodium glutamate and sugar were ground by a homogenizer, and 0%, 1%, 5%, and 10% of each of the ground condiments were put into 0.2% ${\alpha}-amylase$ solution for storage at the temperature of $15^{\circ}C$. ${\alpha}-amylase$ activity then was measured by the Wohlgemuth method at 48-hour interval, and the following results were obtained. 1) Among the condiments, black pepper and sugar checked the ${\alpha}-amylase$ activity most, about 80% in comparison with control. 2) Welsh onion, garlic, mustard, and ginger checked the ${\alpha}-amylase$ activity, about 50% in comparison with control, irrespective of the time stored. 3) The low concentration of red pepper, horse radish, japanese pepper and mono-sodium glutamate checked the ${\alpha}-amylase$ activity about 50%, while the high one did below 75% in comparison with control. To conclude: all the condiments used in the experiment checked ${\alpha}-amylase$ activity.

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Effects of Electron Beam Irradiation on the Quality of Kochujang Powder (Electron Beam 조사가 고추장 분말의 품질에 미치는 영향)

  • Kwon, Hoon;Lee, Jung-Eun;Kim, Jeong-Sook;Kwon, Joong-Ho
    • Journal of the Korean Society of Food Science and Nutrition
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    • v.29 no.4
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    • pp.655-662
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    • 2000
  • Electron beam (EB) irradiation was applied to study microbial decontamination effects for kochujang powder by determining their microbiological and physicochemical qualities over gamma ray (GR) irradiation. The samples showed a high microbial population, such as 105~106 CFU/g of total aerobic bacteria, negative of yeasts & molds and coliforms. Total bacterial counts were decreased by 1~2 log cycles with EB irradiation at 5~7.5 kGy, and 10 kGy irradiation was enough to improve the microbiological quality by reducing populations to below 104CFU/g, which was similar to gamma energy. Such doses were effective for controlling the microbial growth in stored samples during storage for 4 months at room temperature. Decimal reduction doses (D10 value) on initial bacterial populations were 2.88~3.02 kGy in EB and 3.57~3.59 kGy in GR, which were influenced by initial populations and energy types applied. Based upon the above results, 7.5~10 kGy irradiation caused negligible changes in Hunter's color, capsaicin, fatty acid composition and organoleptic qualities. Considering the quality changes resulting from subsequent storage, such as a decrease in capsanthin content and an increase in TBA value in the samples, it is recommendable to irradiate kochujang powder at 7.5~10 kGy when used for food processing.

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A Study on the Classified Jang(Fermented Soybean) in Goryeo and Chosun Dynasty Period (고려시대 및 조선시대 장류)

  • Ann, Yong-Geun;Woo, Nariyah
    • The Korean Journal of Food And Nutrition
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    • v.25 no.3
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    • pp.460-482
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    • 2012
  • On the basis of the cookbooks and Data Base of the Korean Classics(http://db.itkc.or.kr/itkcdb/mainIndexIframe.jsp), this paper analyzed the fermented soybean listed in the general documents of the Chosun Dynasty(1392~1897) and the Goryeo Dynasty(918~1392). In the Goryeo Dynasty, there are 15 kinds of Jang(soybean paste or solution), among which are Jang (soybean paste fermented by mold)(6 documents), Yeomgjang, Yeomshi(2), and Gaejang(1). However, the cookbook at that time is defunct. The Goryeo Court relieved the famine-stricken people by proving them with Jang. In the Chosun Dynasty, 111 kinds of Jang were listed in the general documents, and 153 kinds in cookbooks. There were 55 kinds of general Jang, such as Jang(204), Yeomjang(63), Chojang, Goojang(7), and Gaejang(6), are listed in the general documents, and in the cookbooks, there are 55 kinds of Jang, such as Sookwhangjang(9 cookbooks), Daemaekjang(8), Myeonjang(8), Saengwhangjang (8), and Yooinjang(8), and among them, 13 kinds belong to the Chinese origin. A total of 9 Kinds of Ganjang(soybean solution fermented by mold), such as Soojang(30), Cheongjang(23), Gamjang(8), and Ganjang(3) are found in the general documents. In the cookbooks, 12 kinds of Jang, as Cheongjang(10), Cheonrijang(4), Ganjang(3), and etc., are listed. There were 9 kinds of Gochoojang(red pepper-soybean paste), such as Chojang(12), Gochojang(3), and etc., are listed in the general documents, and 9 kinds as Gochojang(7), Manchojang(7), rapid Manchojang(4), and etc., are in the cookbooks. In addition, 16 Kinds of Yookjang(fermented soybean-meat paste) as Haejang(15), Hyejang(11), Yookjang(11), and etc., are found in the documents, and 22 kinds as Nanjang(9), Gejang(6), Yookjang(5), Shoigogijang(4), and etc., are in the cookbooks. Eighteen Kinds of Shi(soybean paste fermented by bacteria) as Yeomshi(40), Shi(35), Shijang(6), and etc., are recorded in the documents, and 19 kinds as Jeonkookjang(6), Shi(4), Sooshijang(4), and etc., are in the cookbooks, and among them 11 kinds belong to the Chinese origin. Six kinds of Jipjang(aqueous soybean paste) as Jipjang(7), Uoopjang(4), Pojang (2), Jangzoop(2) are recorded in the documents, and 15 kinds as Jipjang(9), Zoopjeo(7), and Hajeoljipjang(5) are in the cookbooks. Soybean paste, or solution for relieving hunger is not recorded in the documents. However, the Chosun court, for the purpose of relieving famine-stricken people, used general Jang. Such 21 Jang to relieve the famine-stricken people as Pojang(7), rapid Jang(6), and Sasamgilgyeongjang(4) are listed in the cookbook. Geonjang(dried soybean paste), Nanjang (egg-soybean paste), Doojang(soybean paste), Maljang(random soybean paste), Myeonjang(wheate-soybean paste), Sodoojang (red bean-soybean paste), Yookjang(soybean-meat paste) and Jang(soybean paste) are recorded in the documents, as well as in the cookbooks. Chinese-original Jang and Shi are recorded in the cookbooks, with no list in the general documents. Therefore, it seems that it didn't pass down to the general public.