• Title/Summary/Keyword: 흉복

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불과민속 - 천인천자문, 만인문화의 진수

  • Jang, Jang-Sik
    • 방재와보험
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    • s.120
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    • pp.60-65
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    • 2007
  • 사람이 살면 얼마나 살겠냐마는 그래도 사는 동안에는 온갖 복을 누리고 싶은 것이 인지상정이다. 그래서 일까. 출생에서 죽음에 이르기까지 여러 가지 상징들이 동원되고 적용되는데 그 중의 하나가 복에 관한 상징물이다. 복은 흔히 오복으로 표현된다. 수, 부, 강녕, 유호덕, 고종명을 일러서 오복이라 한다. 이 가운데 '덕을 좋아하여 즐겨 행하는 일' 이라는 뜻의 유호덕과 '제명대로 살다가 편안히 죽는 것' 을 이르는 고종명을 대신하여 귀와 자손중다를 꼽기도 하나. 구체적인 오복이 무엇이던 간에 오복을 갖춘다는 것은 개인의 흉복이기도 하지마 그를 둘러싼 일가붙이들로서도 큰 기쁨이 아닐 수 없다.

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Nodular Fasciitis on an Anterior Chest Wall (흉복에 발생한 결절성근막염)

  • Lim Jae-Woong;Park Young-Woo;Song In-Hag;Won Yong-Soon;Koh Eun-Seok;Shin Hwa-Kyun
    • Journal of Chest Surgery
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    • v.39 no.10 s.267
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    • pp.799-801
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    • 2006
  • A 40-year-old woman was admitted to the hospital due to a palpable tumor on an anterior chest wall. The tumor was diagnosed with a nodular fasciitis. It is a rare benign soft-tissue tumor which has a characteristic referred to as proliferation of fibroblast, and a surgical removal is the best effective treatment. Therefore, we report this case with documents and considerations after the surgical removal.

Studies on the Propagation of the Freshwater Prawn, Macrobrachium nipponense (De Haan) Reared in the Laboratory (담수산 징거미새우, Macrobrachium nipponense (De Haan)의 증${\cdot}$양식에 관한 생물학적 기초연구 1. 생식생태에 관한 연구)

  • Kwon Chin-Soo;Lee Bok-Kyu
    • Journal of Aquaculture
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    • v.4 no.1
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    • pp.31-66
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    • 1991
  • This paper deals with the reproductive ecology e.g., number of the pre-spawning moults, morphological characteristics of the pre-spawning moult the common moult, daily ration druing a molting cycle mating behavior, structures of spermatozoa and spermatophore, structure of vas deferens, mechanisms of the oviposition and brooding into the egg-chambers, a suitable time for the artificial mating and fertilization, time sequence of the oviposition and brooding into egg-chambers from the copulation, responses to temperature and chlorinity on the egg development and hatching, effect of temperatures on duration of egg development, physical mechanism of the egg hatching, to make an attempt for the artificial spawning and brooding to establish a suitable system of the artificial seedling-production for the aquaculture. 1. Females molted commonly $8{\~}10$ times at an interval of $17{\~}18$ days at $28^{\circ}C,\;3.26\~4.35\%_{\circ}$ while the prespawning moltings were $4{\~}5$ times at an interval of $13{\~}14$ days. The suitable state for artificial copulation was within 14 hours elapsed from the prespawning moltings (most suitable state was within 8 hours). Males discharged a gelatinous spermatophore and placed it on the females sternum during copulation. Oviposition was seen $6{\~}17$ hours after copulation. External fertilization was considered to take place at oviposition. Fertilized eggs held in egg-chambers forming between pleopods were about $5000{\~}6000$ in females those sizes about 6.5 cm in body length. 2. Eggs immediately after oviposition were elliptic shape, measuring $0.58{\times}0.48$ mm up to hatching. Their sizes increased with egg development and finally reached $0.85{\times}0.54$ mm up to hatching. The relationship between the long axis of the egg(Y in U) and days elapsed(X) was expressed as Y= 5.60194 + 0.007358X. The eggs performed superficial cleavage and their cleavage furrows became visible at the 4-daughter-nucleus stage. The eggs showed normal development up to hatching at water temperature range of $22{\~}30^{\circ}C$ (optimum temperature : $26{\~}28^{\circ}C$) and at chlorinity range of $0.00\~6.64\%_{\circ}$ (optimun chlorinity : $2.21{\%}_{\circ}$). The relationship between incubation period (Y in days) and water temperature(X in $^{\circ}C$) could be expressed as Y= 50.803-1.3555X. The eggs hatched $12{\~}13$ days after oviposition at $28.0{\~}28.6^{\circ}C$ 3. The pre-spawning moltings were appreciably different in the morphologic structure from those of common moltings. Breeding setae and dresses were formed on the thoracic regions, abdominal epimerae and the bases of the first to fourth pleopods in order to prepare and support oviposition, transfering and supporting eggs in egg-chambers up to hatching. These supplementary breeding organs were observed only at reproductive seasons.

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