Latest Update：2024/11/15 18:36:16

KOYAMA Yosuke

Researcher Name: KOYAMA Yosuke

Div (Section) name/title: Health and Environmental Risk Division（Strategic Risk Management Research Section）／Senior Researcher

Research Subject

Fiscal Year: 2024
- 26834 : Research project on modeling environmental behavior of all substances of concern
- 26835 : Research on the development of comprehensive indexes of health risk and ecological risk
- 26847 : Strategic Chemical Risk Management Research in Emergency
- 26976 : Study on environmental risk management and information systems of chemicals in emergency and accidental states through a collaboration of jurisprudential and engineering approach
- 27012 : Fundamental study for strategic risk management
- 27096 : Assessing chemical additives in plastic recycling to enhance chemical management in a circular economy
Fiscal Year: 2023
- 26423 : Research project on modeling environmental behavior of all substances of concern
- 26424 : Research on the development of comprehensive indexes of health risk and ecological risk
- 26434 : Strategic Chemical Risk Management Research in Emergency
- 26528 : Study on environmental risk management and information systems of chemicals in emergency and accidental states through a collaboration of jurisprudential and engineering approach
- 26611 : Fundamental study for strategic risk management
- 26691 : Assessing chemical additives in plastic recycling to enhance chemical management in a circular economy
Fiscal Year: 2022
- 25976 : Research project on modeling environmental behavior of all substances of concern
- 25999 : Strategic Chemical Risk Management Research in Emergency
- 26143 : Fundamental study for strategic risk management
- 26201 : Integration of sub-themes in S17 through development of risk management system, and development of risk assessment methodology under non-steady state environment by disaster and accidents
Fiscal Year: 2021
- 25520 : Research project on modeling environmental behavior of all substances of concern
- 25531 : Strategic Chemical Risk Management Research in Emergency
- 25669 : Fundamental study for strategic risk management
- 25940 : Integration of sub-themes in S17 through development of risk management system, and development of risk assessment methodology under non-steady state environment by disaster and accidents
Fiscal Year: 2020
- 25099 : Research Program on Health and Environmental Safety
- 25103 : Environmental Emergency Management Research Program
- 25145 : Research Project on Multi-scale Chemical Dynamics
- 25148 : Research Project on the Scientific and Social Framework of Risk Assessment and Management
- 25160 : Health and environmental risk management strategies in disaster environment
- 25260 : Basic Study for Strategic Risk Management
- 25354 : Integration of sub-themes in S17 through development of risk management system, and development of risk assessment methodology under non-steady state environment by disaster and accidents
Fiscal Year: 2019
- 24696 : Research Program on Health and Environmental Safety
- 24728 : Research Project on the Scientific and Social Framework of Risk Assessment and Management
- 24741 : Environmental Emergency Management Research Program
- 24743 : Health and environmental risk management strategies in disaster environment
- 24820 : Basic Study for Strategic Risk Management
- 24839 : Development of a multimedia model for predicting spatiotemporal distribution of hydrogen peroxide
- 24979 : Integration of sub-themes in S17 through development of risk management system, and development of risk assessment methodology under non-steady state environment by disaster and accidents
Fiscal Year: 2018
- 24311 : Research project on the scientific and social framework of risk assessment and management
- 24333 : Environmental Emergency Management Research Program
- 24335 : Health and environmental risk management strategies in disaster environment
- 24355 : Research program on health and environmental safety
- 24482 : Development of a Multimedia Model for Predicting Spatiotemporal Distribution of Hydrogen Peroxide
- 24495 : Basic study for strategic risk management
Fiscal Year: 2017
- 23817 : Research project on the scientific and social framework of risk assessment and management
- 23847 : Research program on health and environmental safety
- 23875 : Health and environmental risk management strategies in disaster environment
- 23933 : Development of a Multimedia Model for Predicting Spatiotemporal Distribution of Hydrogen Peroxide
- 23957 : Basic study for strategic risk management
Fiscal Year: 2016
- 23414 : Research program on health and environmental safety
- 23422 : Research project on the scientific and social framework of risk assessment and management
- 23436 : Environmental Emergency Management Research Program
- 23438 : Health and environmental risk management strategies in disaster environment
- 23645 : Basic study for strategic risk management
Fiscal Year: 2015
- 23002 : Study on strategic approach of chemical risk management and control
- 23266 : Basic study for strategic chemical risk management

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Research Result (Publication)

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Original Paper

Original Paper
Systematic Analysis of Environmental Release Process and Emergency Response in Chemical Accident

Presenter : Koyama Y., Imaizumi Y., Suzuki N.
Title : , Global Environmental Research, 24(2):261-266 (2021)
Original Paper
Aggregation is a critical cause of poor transfer into the brain tissue of intravenously administered cationic PAMAM dendrimer nanoparticles

Presenter : Kurokawa Y., Sone H., Tin-Tin-Win-Shwe, Zeng Y., Kimura H., Koyama Y., Yagi Y., Matsui Y., Yamazaki M., Hirano S.
Title : , International Journal of Nanomedicine, 12:3967-3975 (2017)

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Systematic Analysis of Environmental Release Process and Emergency Response in Chemical Accident

Presenter : Koyama Y., Imaizumi Y., Suzuki N.
Title : , Global Environmental Research, 24(2):261-266 (2021)
Aggregation is a critical cause of poor transfer into the brain tissue of intravenously administered cationic PAMAM dendrimer nanoparticles

Presenter : Kurokawa Y., Sone H., Tin-Tin-Win-Shwe, Zeng Y., Kimura H., Koyama Y., Yagi Y., Matsui Y., Yamazaki M., Hirano S.
Title : , International Journal of Nanomedicine, 12:3967-3975 (2017)

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Research Result (Presentation)

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Research Presentation

Research Presentation
Towards identifying chemical substance to be controlled in WEEE plastics

Presenter : Oguchi M., Inoue T., Tamagaki Y., Imaizumi Y., Koyama Y.
Name of Society : Electronics Goes Green 2024+ (2024)
Name of Proceedings : Proceedings, 403
Research Presentation
Identifying the potential presence of chemical substances of very high concern in plastics recycling using the SCIP database

Presenter : Oguchi M., Inoue T., Tamagaki Y., Imaizumi Y., Koyama Y.
Name of Society : The 16th Biennial International Conference on EcoBalance (EcoBalance 2024) (2024)
Name of Proceedings : -

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Towards identifying chemical substance to be controlled in WEEE plastics

Presenter : Oguchi M., Inoue T., Tamagaki Y., Imaizumi Y., Koyama Y.
Name of Society : Electronics Goes Green 2024+ (2024)
Name of Proceedings : Proceedings, 403
Identifying the potential presence of chemical substances of very high concern in plastics recycling using the SCIP database

Presenter : Oguchi M., Inoue T., Tamagaki Y., Imaizumi Y., Koyama Y.
Name of Society : The 16th Biennial International Conference on EcoBalance (EcoBalance 2024) (2024)
Name of Proceedings : -

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KOYAMA Yosuke

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