Some Chemical Composition of Abalone and Sea Cucumber as affected by Drying Methods

전복(全鰒) 및 해삼(海蓼)의 건조방법(乾燥方法)에 따른 성분(咸分)의 비교(比較)

  • Kang, Hoon-I (Department of Marine Processing, Yesou National Fisheries College) ;
  • Kang, Tae-Jung (Department of Marine Processing, Yesou National Fisheries College)
  • 강훈이 (여수수산전문대학 가공과) ;
  • 강태중 (여수수산전문대학 가공과)
  • Published : 1981.06.30

Abstract

General composition, amines, and flesh tissue of boiled-dryed abalone and sea cucumber were compared with those of the freeze-dried abalone and sea cucumber. No significant differences were found in the general composition between the boiled-dried and freeze-dried, but the slight amount of soup flowed out from the boiled-dried. A specific feature is that 28.24% of ash was found in the boild-dried sea cucumber and 33.99% of ash in the freeze dried one in order of Na, K, Mg, Ca. Such contents of ash are considered to be due to salt and soft bone of samples. In the changes of amines in abalone and sea cucumber, trimethylamine oxide (TMAO) showed no great difference between raw samples and the dried ones, but showed the decrease of 43% to 54% in the boiled-dried ones, compared with raw ones. Trimethylamine (TMA) was richer in the boiled-dried than in the dried. Dimethylamine (DMA) which has tendency of causing cancer in the human body showed 14 times of content in the freeze boiled-dried abalone, 18.5 times in the boiled-dried sea cu cumber and also showed 4.7 to 6.7 times of increase in the freeze dried, respectively compared with raw ones. The muscular change of abalone was not found in at freeze dried samples, but a considerable change in sea cucumber.

전복(全鰒)과 해삼(海蔘)을 재래식(在來式) 방법(方法)인 자건품(煮乾品)과 진공(眞空) 동결(凍結) 건조품(乾燥品)과의 일반(一般) 성분(成分) amine류(類), 육조직(肉組織) 등(等)을 비교(比較)하여 실험검토(實驗檢討) 하였다. 2종(種)의 시료(試料) 중(中) 일반(一般) 성분(成分)은 큰 차이(差異)가 없었다. 해삼(海蔘) 중(中)에 회분(灰分)은 자건조(煮乾燥)의 경우 28.24%, 동결(凍結)은 33.99%이었다. 회분의 조성은 Na>K>Mg>Ca 순(順)이었다. 전복(全鰒) 및 해삼(海蔘)의 생체(生體) 및 동결(凍結) 건조품중(乾燥品中) TMAO 함량에는 큰 차이(差異)가 없었고 자건품(煮乾品)은 각각(各各) 생체(生體)에 비(比)하여 43% 및 54% 감소하였다. 이들 건조제품의 TMA는 에 하여 높은 함량을 보였으며 이중 자건품(煮乾品)의 경우는 동결(凍結) 건조품(乾燥品)에 비(比)하여 증가폭(增加幅)이 컸다. 또한 건조제품의 DMA는 생체(生體)에 비(比)하여 그함량이대단히 높았으며 자건(煮乾)전복의 경우 14배(倍), 자건해삼(煮乾海蔘)의 경우 18.5(倍), 동결건조품(凍結乾燥品)은 4.7 및 6.3배(倍)이었다. 전복과 해삼의 생체(生體) 조직이 건조후에 일어나는 변화를 관찰하였다.

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