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Genetic breeding of the small abalone and tilapia
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Cloned gene marker of the small abalone and tilapia for developing platform of molecular selection assistants . |
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Established the founder stock of the small abalone and tilapia for modal animals. |
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The gene marker was used to differ from body color of tilapia at red (TsR) or black (TsB). |
Small abalone ( Haliotis diversicolor supertexta)
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Gene-transfer for fishes
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Developed the transgenic technology for aquaculture, Molecular Injection by Electropoated-pulse Needle, MIEN, this designed instructor has been obtained the patient from the Intellectual Property Office Ministry of Economic Affairs, ROC. |
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Molecular Injection by Electropoated-pulse(MIEN)
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Study on automation of chromosome manipulation process in fishes and shellfishes
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In the era of global development of biotechnology, researches of cell biotechnology in fishes and shellfishes such as chromosome manipulation should be emphasized and further investigated. Utilization of FRI-developed automation apparatus for manipulating chromosome together with application of flow-cytometry for ploidy determination surely will facilitate the technology-based and efficiency-emphasized biotechnology related with propagation of more aquatic organisms. It is anticipated to establish technology-driven aquaculture industry with scientific knowledge in future. |
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FRI-developed automation filtration apparatus for manipulating chromosome in aquatic organisms and its functional controller shown on touch monitor.
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Development of fast diagnostic kits for aquatic pathogens
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Edwardsiella tarda fast diagnostic kit (E-kit) . |
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Fast susceptibility assay kit for Edwardsiella tarda (E2-kit) . |
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PCR diagnostic kits for common bacterial fish diseases in Taiwan. |
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Diagnostic biochips for common bacterial fish pathogens in Taiwan. |
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Figure legend: Up left: E-kit. Down right: Susceptibility results of E2-kit.
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The Application and Operation of HACCP System in Aquaculture
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HACCP system has been recognized as one of the most efficient ways to enforce the food safety regulation. The system has been widely applied in the food processing industry. Due to the limitation of production scale and incomplete regulation system, the adopting rate of HACCP in aquaculture is fairly low. Application of HACCP system is necessary to enhance the quality of aquaculture products. This research collets and summarizes the import regulation and quarantine standards of aquatic foods for US, Japan, and Europe. The HACCP system is also designed for the shrimp aquaculture in Taiwan. A further investigation of general public's willingness to pay for the products produced under HACCP system is conducted as well. |
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Shrimp cultured pound |
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