Latest Update：2025/04/18 11:00:56

SAITO Naoki

Researcher Name: SAITO Naoki

Div (Section) name/title: Health and Environmental Risk Division（Environmental Measurement and Analysis Section）／Senior Researcher

Research Subject: Developments and applications of analytical methods for evaluating impacts on environmental factors to human health using high-magnetic-field MRI and NMR

Degree(s): Ph.D.(Engineering)

Professional Qualification(s): Chemistry,Engineering

Environmental Speciality Field: Analytical Chemistry

Membership of Academic Society: Japanese Society of Magnetic Resonance in Medicine,International Society for Magnetic Resonance in Medicine,The Nuclear Magnetic Resonance Society of Japan,Committee for the Development of qNMR Technology in Japan,Japan Brain Science Society,Japan Society of Health Promotion

Research Subject

Fiscal Year: 2024
- 26908 : Studies on enhancement of environmental chemical measurements
- 26909 : Analysis and measurement with fundamental instruments for the promotion of environmental studies
- 27076 : Developments and applications of analytical methods for evaluating impacts on environmental factors to human health using high-magnetic-field MRI and NMR
- 27088 : Extended of a dual pulse irradiation method suppressing light water for targeted quantitative NMR metabolomics using human urine
Fiscal Year: 2023
- 26612 : Development of an advanced qNMR with classical solvent suppression pulses for human urine metabolomics
- 26613 : Developments and applications of analytical methods for evaluating impacts on environmental factors to human health using high-magnetic-field MRI and NMR
- 26705 : Analysis and measurement with fundamental instruments for the promotion of environmental studies
- 26706 : Studies on enhancement of environmental chemical measurements
Fiscal Year: 2022
- 26090 : Development of an advanced qNMR with classical solvent suppression pulses for human urine metabolomics
- 26093 : Developments and applications of analytical methods for evaluating impacts on environmental factors to human health using high-magnetic-field MRI and NMR
- 26172 : Analysis and measurement with fundamental instruments for the promotion of environmental studies
- 26173 : Studies on enhancement of environmental chemical measurements
Fiscal Year: 2021
- 25759 : Developments and applications of analytical methods for evaluating impacts on environmental factors to human health using high-magnetic-field MRI and NMR
- 25798 : Analysis and measurement with fundamental instruments for the promotion of environmental studies
- 25799 : Studies on enhancement of environmental chemical measurements
Fiscal Year: 2020
- 25296 : Development of High Field MRI and its Application to Biomarker for Human Health

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Research Result (Publication)

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Original Paper

Original Paper
Triethanolamine-Based Esterquat in Sediments: New Analytical Method, Environmental Occurrence, and Homologue Composition

Presenter : Yoshii S., Nakajima D., Saito N., Terasaki M., Endo S.
Title : , Chemosphere, 362:142495 (2024)
Original Paper
Basic accuracy of a 1D NOESY with presaturation method using standard solutions of amino and maleic acids

Presenter : Saito N.
Title : , Analytical and Bioanalytical Chemistry, 416(26):5721-5731 (2024)
Original Paper
Fresh Dual Presaturation Method for Analyzing H2O-Rich Samples Using Quantitative 1H NMR

Presenter : Saito N.
Title : , Analytical Chemistry, 95(20):7855-7862 (2023)

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Triethanolamine-Based Esterquat in Sediments: New Analytical Method, Environmental Occurrence, and Homologue Composition

Presenter : Yoshii S., Nakajima D., Saito N., Terasaki M., Endo S.
Title : , Chemosphere, 362:142495 (2024)
Basic accuracy of a 1D NOESY with presaturation method using standard solutions of amino and maleic acids

Presenter : Saito N.
Title : , Analytical and Bioanalytical Chemistry, 416(26):5721-5731 (2024)
Fresh Dual Presaturation Method for Analyzing H2O-Rich Samples Using Quantitative 1H NMR

Presenter : Saito N.
Title : , Analytical Chemistry, 95(20):7855-7862 (2023)

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Research Result (Presentation)

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Research Presentation

Research Presentation
Quantification of Fabric Softener-derived Triethanolamine-based Esterquat (TEAQ) Cationic Surfactant in Japanese River Sediments

Presenter : Yoshii S., Nakajima D., Saito N., Sano T., Terasaki M., Endo S.
Name of Society : ACS Spring 2024 (2024)
Name of Proceedings : -

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Quantification of Fabric Softener-derived Triethanolamine-based Esterquat (TEAQ) Cationic Surfactant in Japanese River Sediments

Presenter : Yoshii S., Nakajima D., Saito N., Sano T., Terasaki M., Endo S.
Name of Society : ACS Spring 2024 (2024)
Name of Proceedings : -

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SAITO Naoki

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