Latest Update:2024/03/11 13:26:53

ISOBE Tomohiko

Researcher Name
ISOBE Tomohiko
Div (Section) name/title
Health and Environmental Risk Division(Exposure Dynamics Research Section)/Chief Senior Researcher
Research Subject
Biomonitoring of Anthropogenic Contaminants
Degree(s)
Ph D
Professional Qualification(s)
Chemistry,Biology,Anatomy
Environmental Speciality Field
Persistent Organic Pollutants (POPs),Endocrine Disrupting Chemicals,Exposure Science
Keyword(s)
Bioaccumulation,Biological tissue analysis,Biomonitoring
Brief Description of Research
Developing analytical methods and quality control for environmental contaminants and/or metabolites in biological specimens. Now working on exposure reconstruction to assess the exposure route and level.
URL
http://www.nies.go.jp/researchers-e/200326.html
https://researchmap.jp/isobetomohiko/?lang=english
https://orcid.org/0000-0001-9235-1227
Research Subject
  • Fiscal Year: 2023
    • 26422 : Research project on comprehensive analysis of all substances of concern
    • 26460 : Japan Environment and Children
    • 26522 : Exposure Dynamics Research
    • 26523 : JST COI-NEXT: Establishing A Research Hub for Environmental Health/Medicine of Future Generations Utilising Digital Bio-Information and Artificial Intelligence
    • 26524 : The actual state of lead exposure in Japan and its impact on pediatric neurodevelopment
    • 26525 : Trajectories of chemical exposure from fetal to infancy: Development of a deciduous tooth analysis method.
  • Fiscal Year: 2022
    • 25975 : Research project on comprehensive analysis of all substances of concern
    • 26024 : Japan Environment and Children
    • 26058 : Exposure Dynamics Research
    • 26059 : Systematic Development of Pharmacokinetic and Exposure Reconstruction Models for Chemicals of Personal Use
    • 26166 : Estimation of amount and source of phthalate alternative exposure
    • 26196 : JST COI-NEXT: Establishing A Research Hub for Environmental Health/Medicine of Future Generations Utilising Digital Bio-Information and Artificial Intelligence
    • 26274 : The actual state of lead exposure in Japan and its impact on pediatric neurodevelopment
    • 26395 : Trajectories of chemical exposure from fetal to infancy: Development of a deciduous tooth analysis method.
  • Fiscal Year: 2021
    • 25519 : Research project on comprehensive analysis of all substances of concern
    • 25557 : Japan Environment and Children
    • 25598 : Systematic Development of Pharmacokinetic and Exposure Reconstruction Models for Chemicals of Personal Use
    • 25639 : Exposure Dynamics Research
    • 25643 : Methylmercury exposure assessment after birth
  • Fiscal Year: 2020
    • 25097 : Sustainable Material Cycles Research Program
    • 25099 : Research Program on Health and Environmental Safety
    • 25123 : Japan Environment and Children
    • 25132 : Assessment of Resource efficiency and Environmental Impact in the Cycles of Recyclable Materials and Accompanied Substances
    • 25141 : Research Project on Health Impacts of Chemicals on Children and Future Generations
    • 25142 : Project to Develop Integrated Approaches to Detecting and Assessment of Multiple and Unknown Chemicals, and Building Environmental Monitoring Networks
    • 25206 : Systematic Development of Pharmacokinetic and Exposure Reconstruction Models for Chemicals of Personal Use
    • 25216 : Exposure Dynamics Research
    • 25348 : Determination of prenatal and postnatal exposure to toxic and trace elements using deciduous teeth and the identification of critical windows of their effects
    • 25349 : Mehtylmercury exposure assessment for neonate to infant
    • 25394 : Comprehensive search for organohalogen compounds in deep sea sediments of the Japan Sea by soft ionization GC×GC-HRTOFMS method using an inert gas
  • Fiscal Year: 2019
    • 24694 : Sustainable Material Cycles Research Program
    • 24696 : Research Program on Health and Environmental Safety
    • 24712 : Assessment of Resource efficiency and Environmental Impact in the Cycles of Recyclable Materials and Accompanied Substances
    • 24721 : Research Project on Health Impacts of Chemicals on Children and Future Generations
    • 24722 : Project to Develop Integrated Approaches to Detecting and Assessment of Multiple and Unknown Chemicals, and Building Environmental Monitoring Networks
    • 24755 : Japan Environment and Children's Study
    • 24760 : Exposure Dynamics Research
    • 24937 : Determination of prenatal and postnatal exposure to toxic and trace elements using deciduous teeth and the identification of critical windows of their effects
    • 24971 : Comprehensive measurement and spatial-temporal analysis of chemical substances in sea sediment core off Hyogo prefecture by non-target analysis method
  • Fiscal Year: 2018
    • 24295 : Assessment of resource efficiency and environmental impact in the cycles of recyclable materials and accompanied substances
    • 24304 : Research project on health impacts of chemicals on children and future generations
    • 24305 : Project to develop integrated approaches to detecting and assessment of multiple and unknown chemicals, and building environmental monitoring networks
    • 24338 : Japan Environment and Children
    • 24353 : Sustainable Material Cycles Research Program
    • 24355 : Research program on health and environmental safety
    • 24499 : Exposure dynamics research
    • 24570 : Non-target measurement and profile analysis of environmental pollutant in deep sea sediment core of the Japan Sea by GC×GC-HRTOFMS
  • Fiscal Year: 2017
    • 23823 : Project to develop integrated approaches to detecting and assessment of multiple and unknown chemicals, and building environmental monitoring networks
    • 23824 : Research project on health impacts of chemicals on children and future generations
    • 23833 : Assessment of resource efficiency and environmental impact in the cycles of recyclable materials and accompanied substances
    • 23844 : Sustainable Material Cycles Research Program
    • 23847 : Research program on health and environmental safety
    • 23859 : Japan Environment and Children
    • 24028 : Estimation of exposure factors of soil, dust and personal care products for children and pregnant women
    • 24147 : Exposure dynamics research
    • 24150 : Non-target analysis for organohalogen compounds in deep sea sediments of the Japan Sea and development of accurate mass spectra database.
  • Fiscal Year: 2016
    • 23402 : Sustainable Material Cycles Research Program
    • 23404 : Assessment of resource efficiency and environmental impact in the cycles of recyclable materials and accompanied substances
    • 23414 : Research program on health and environmental safety
    • 23415 : Research project on health impacts of chemicals on children and future generations
    • 23416 : Project to develop integrated approaches to detecting and assessment of multiple and unknown chemicals, and building environmental monitoring networks
    • 23441 : Japan Environment and Children's Study
    • 23573 : Estimation of exposure factors of soil, dust and personal care products for children and pregnant women.
    • 23579 : Establishment of multidisciplinary strategy toward comprehensive understanding of developmental neurotoxicity induced by environmental chemicals in house dust
    • 23612 : Exposure dynamics research
  • Fiscal Year: 2015
    • 23029 : Japan Environment and Children’s Study
    • 23116 : Establishment of multidisciplinary strategy toward comprehensive understanding of developmental neurotoxicity induced by environmental chemicals in house dust
    • 23166 : Investigation of spatiotemporal variation of marine environmental contamination and health risk of organic pollutants using stranded cetacean as a biomarker.
    • 23277 : Establishment of an international cooperation for promoting arsenic research
    • 23280 : Japan Environment and Children's Study
    • 23281 : Estimation of exposure factors of soil, dust and personal care products for children and pregnant women.
  • Fiscal Year: 2014
    • 22871 : Investigation of spatiotemporal variation of marine environmental contamination and health risk of organic pollutants using stranded cetacean as a biomarker.
  • Fiscal Year: 2004
    • 8970 : Research on new analytical methods and environmental fate of endocrine disrupters
  • Fiscal Year: 2003
    • 8687 : Research on new analytical methods and environmental fate of endocrine disrupters
  • Fiscal Year: 2002
    • 8472 : Research on new analytical methods and environmental fate of endocrine disrupters
  • Fiscal Year: 2001
    • 8250 : Research on new analytical methods and environmental fate of endocrine disrupters
Research Result (Publication)
  • all
  • Original Paper
  • Review
  • Other Publications
Research Result (Presentation)
  • all
  • Research Presentation
  • Research Lecture
  • Japan Environment and Children’s Study: Its Progress and Future
    Presenter : Isobe T., Nakayama S.F.
    Name of Society : the International Symposium on Children’s Environmental Health Birth Cohort (2021)
    Name of Proceedings : -
  • Presenter : Isobe T., Iwai M., Nakayama S.F.
    Name of Society : The International Conference on Occupational and Environmental Diseases: ICOED (2018)
    Name of Proceedings : -
  • Japan Environment and Children’s Study (JECS): Current Status (2017)
    Presenter : Isobe T., Nakayama S., Mezawa H., Terashima K.
    Name of Society : 2017 International Childhood Cancer Cohort Consortium Workshop (I4C) (2017)
    Name of Proceedings : -
  • Japan Environment and Children’s Study (JECS): Current Status (2016)
    Presenter : Isobe T., Nakayama S.
    Name of Society : Ninth International Childhood Cancer Cohort Consortium Workshop (I4C) (2016)
    Name of Proceedings : -
  • Japan Environment and Children’s Study (JECS) : Current Status (2018)
    Presenter : Isobe T., Iwai M., Nakayama S.F., Mezawa H., Terashima K.
    Name of Society : International Childhood Cancer Cohort Consortium (I4C) Childhood Leukemia International Consortium (CLIC) Joint Activities and Annual Meeting 2018 (2018)
    Name of Proceedings : -
  • In vivo evaluation of a flame retardant having estrogenic activity using mouse model
    Presenter : Sano K., Suzuki G., Htike N.T.T., Morishita M., Tin-Tin-Win-Shwe, Hashimoto S., Kawashima T., Isobe T., Nakayama S., Tsukahara S., Maekawa F.
    Name of Society : Application of Recent Advances in Neuroscience to Environmental Health Research (2016)
    Name of Proceedings : abstract, 1-4