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논문검색

해양 유독생물의 독성 검사와 보건환경 모니터링을 위한 조건센서의 활용

원문정보

Practical Use of Tissue Biosensor for Safety Test of Marine Organism and Monitoring of Public Health and Environment

천병수, 유종수, 유진형, 渡變脫生

피인용수 : 0(자료제공 : 네이버학술정보)

초록

영어

It confirmed the facilitated diffusion of Na+ of frog bladder membrane which is a tissue membrane. The mechanism was explained in Na+ channel model and its referred to the Na+ channel obstruction ingredient which was contained in the reference to the channel obstruction ingredient and son on, e.g., seaweed, shellfish, pufferfish, phytoplankton and chinese drug. Also, it introduces the result which studied from the barrier point of the application of the tissue biosensor to the trade friction on Korea or Japan pufferfish and the marine environment in the one with high dependance. It was possible for the poison quantity of small amount pufferfish toxin (TTX), paralytic shellfish poisoning (PSP) to be measured and also to measure poison quantity in the cultivation poisonous toxin phytoplankton individual. In future, as for this tissue biosensor, it expects that it is possible to contribute widely until environment watch and also monitoring to the scene.

목차

서론
 조직 센서의 원리 및 계측 방법
  조직 센서의 원리
  측장 조건의 검출선
  Na+ 이온의 생체막 두과 기작
  조직센서를 이용한 결과
  목어독의 측정
 조계류에 존재하는 마비성 패독(PSP)의 월변동 측정
  GTX 구성 성분별 독성 비교
  자연산 해조류에 존재하는 생리활성물질의 측정과 그 월변동
  뮤독플랑크톤 Aexandrium tamarense의 개체당 마비성패
 토론
 참고문헌

저자정보

  • 천병수 Byeungsoo Cheun. 동경수산대학 식품생산학과 응용미생물학연구실
  • 유종수 Jong Su Yoo. 포항산업과학연구원 환경에너지연구센터
  • 유진형 Jin Hyoung Yoo. 동경수산대학 자원육성학과 수족양식학연구실
  • 渡變脫生 Etuo Watanabe. 동경수산대학 식품생산학과 응용미생물학연구실

참고문헌

자료제공 : 네이버학술정보

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