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基因改造水產生物田間隔離試驗設施營運與強化風險評估技術平台(II)

  • 日期:107-02-20
  • 計畫編號:107農科-1.3.4-水-A1
  • 年度:2018
  • 領域:農業科技管理及產業化
  • 主持人:王俊堯
  • 研究人員:葉信利、謝淑秋、吳育甄、邱英哲、劉君誠、黃致中

本計畫主要目標(1)基因改造水產生物田間試驗設施營運管理;(2)充實各項基因轉 殖水產生物安全風險評估資訊,進行技術平台校正與功能增修;(3)執行基因改造螢 光觀賞魚(包括淡水神仙魚、九間波羅魚、斑馬魚與青鱂魚等)田間試驗之遺傳特性 調查與生物安全評估,並進行基因流動(Gene Flow)模式研究,以評估對其載體之野 生種、他種生物或與生態環境間可能之交互影響;及(4)取得基改螢光觀賞魚外源基 因表現檢測技術之國際認證。期能提供完善之隔離場地供基因轉殖水產生物在研發 或未上市前進行生物安全試驗與評估,以能有效管控及減輕對環境生態造成之影響 ,並期能提升臺灣地區水產養殖生技產業之發展。  

研究報告摘要(英)


Transgenic aquatic organisms (aquatic genetically modified organisms, aquatic GMOs) have become an important role in academic researches and industrial potential competitiveness. But if transgenic aquatic organisms escape from farms, they could encounter and interbreed with natural populations. For preventing serious impacts caused by aquatic GMOs on the ecosystem, the Mariculture Research Center, Fisheries Research Institute, C.O.A., E.Y. set a well-isolated and standard-qualified experimental structure - "Genetically Modified Aquatic Organism Facility" ,providing an access to assess the risk about aquatic GMOs. The tasks in this year are (1) building the capacity, (2) measuring trait values under relevant environmental conditions that take into account the phenotypic effect of the transgene, (3) evaluating the biosafety risks to the environment identified and the measures which might be taken to minimize these risks, and(4)acquiring international certification for the detection of GMO's transgene expression.