Shinagawa Campus
Faculty of Marine Resources and Environment
We conduct education and research on marine environmental conservation and the utilization and development of marine resources and energy, with an emphasis on practical training and experiments for practical use in the field.
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School of Marine Life ScienceShinagawa Campus
- Department of Marine Biological Resources
- Department of Food Production Science
- Department of Ocean Policy and Culture
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School of Marine TechnologyEtchujima Campus
- Undergraduate Course of Maritime Systems Engineering
- Undergraduate Course of Marine Electronics and Mechanical Engineering
- Undergraduate Course of Logistics and Information Engineering
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Graduate
Graduate School of Marine Science and TechnologyShinagawa Etchujima Campus- Master's course
- Doctoral course
[Awards and Commendations] Associate Professor Wu Haiyun et al. receive the 6 Japanese Society of Fisheries Science Paper Award
2025Years3Month26Sun ~29At the 7 Spring Meeting of the Japanese Society of Fisheries Science, held on the XNUMXth at the Sagamihara Campus of Kitasato University, Dr. Wu Haiyun (Haiyun WU) Associate Professor and his research group6He received the Japan Society of Fisheries Science's Annual Paper Award.
【Winner】
Liu Tengyu (Tokyo University of Marine Science and Technology, Graduate School of Marine Science and Technology, Department of Applied Environmental Systems Science)
Haiyun Wu (Tokyo University of Marine Science and Technology) Academic Research Department of Marine Environmental Sciences)
Masataka Murata (Hokkaido Industrial Technology Center, Research and Development Department)
Haruto Matsumoto (Hokkaido Industrial Technology Center, Research and Development Department)
Hitoshi Onuki (Tokyo University of Marine Science and Technology) Academic Research Department of Marine Electronics and Mechanical Engineering)
Hideaki Endo (Tokyo University of Marine Science and Technology) Academic Research Department of Marine Environmental Sciences)
[Title of award-winning research]
Real-time glucose monitoring biosensor system assesses the effects of different environmental light colors on Nile tilapia stress response
(Evaluation of the effect of environmental light color on stress response in Nile tilapia using a real-time glucose monitoring biosensor)
[Summary of the Award-winning Research]
Technology to accurately and non-invasively evaluate fish stress responses is extremely important for improving productivity and managing fish health in the aquaculture industry. In this study, using a biosensor system independently developed by the research group, we succeeded in conducting a detailed analysis of the effects of light colors (blue, green, and red) in the rearing environment on the stress response of farmed Nile tilapia. The results of this research will not only contribute to establishing optimal rearing environments in aquaculture farms, but may also provide society with important knowledge on reducing physiological stress and promoting the health of fish.
<Related links>
Japan Society of Fisheries Science website