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Shitanda Isao  Associate Professor
Tokyo University of Science, Faculty of Science and Technology, Department of Pure and Applied Chemistry
Profile | Topics | Laboratories | Assigned Courses(28)
Refereed Papers(175) | Refereed Proceedings(13) | Other Papers(47) | Publications(22) | Presentations(1244) | Patent(6)
Address 2641 Yamazaki, Noda-shi, Chiba-ken 278-8510, Japan
TEL : +81-4-7124-1501
E-mail Address
Homepage https://jp.linkedin.com/in/isaoshitanda (English)
http://islab.ca.noda.tus.ac.jp/
https://www.facebook.com/itagakishitanda
Information about TUS https://www.tus.ac.jp/academics/teacher/lightbox/380c.html
Pure
(Researcher Profiling Tool)
https://tus.elsevierpure.com/ja/persons/isao-shitanda
Under-Graduate School
  • 2001, Tokyo University of Science Faculty of Science and Engineering Department of Pure and Applied Chemistry 
Graduate School
  • 2006, The University of Tokyo Graduate School, Division of Engineering Department of Advanced Interdiscipinary Studies Doctoral Degree
Postgraduate Qualification
  • The University of Tokyo Doctor of Engineering
Research History
  • 2000-2001 Engaged in research on analysis of copper deposition mechanism by channel flow electrode method
    2001-2003 Engaged in research on microcapsule composite plating
    2003-2006 Engaged in research on biosensing methods using algae cells
    2006- Engaged in the following research
    1. wearable device using printing
    2. self-driven sensors using biofuel cells
    3. skin gas biosensor
    4. enzyme biosensor,
    5. biosensor using printing technology
    6. electrochemical impedance analysis
    7. analysis of corrosion behavior, electrode reaction of fuel cell and lithium-ion secondary battery using impedance
    8. evaluation of enzyme function kinetics using small angle X-ray scattering measurement
    9. electrochemical analysis of painting restoration
    10. evaluation of surfactants and gels by rheo-impedance measurement
    11. evaluation of electrode slurry by rheo-impedance measurement 12.
    12. electrochemical simulation using finite element method
    13. development of corrosion measurement device
Employment History
  • 2006-2007 Faculty of Science and Engineering, Tokyo University of Science., Reserch Associate
    2007- Faculty of Science and Engineering, Tokyo University of Science., Assistant Professor
    2010-2011 University of California San Diego., Visiting Scholar
    2012-
    202004- Tokyo University of Science, Department of Pure and Applied Chemistry, Faculty of Science and Technology, Associate Professor
Research Keyword biosensor,biofuel cell, screen-printing,electroplating, electrochemical impedance spectroscopy, Reo-impedance
Research Area
  • Nano/Microsystems (Electrochemical nanomotor/micromotor)
  • Physical chemistry (electrochemical impedance)
  • Analytical chemistry (biosensor)
  • Bio-related chemistry (microencapsulation of enzyme)
  • Green/Environmental chemistry (whole-cell based biosensor)
  • Material processing/Microstructural control engineering (microcapsule composite coating)
  • Biofunction/Bioprocess (Wearable biofuel cell)
Research Theme
  • In-situ Electrochemical Impedance Measurement System for Healthcare of Lithium Battery
  • Development of Nanomotor and Micromotor
  • Electrochemical Impedance Study for Biosensor and Biofuel Cell
  • Development of Wearable Biofuel Cell and Biosensor
  • Cell-based biosensor
Academic Awards Received
  • 2025.1.14

    2024 ANNUALLY MOST DOWNLOADED PAPERS

  • 2025.1.14

    Selected as Supplemental Cover of Langmuir

  • 2024.7.16

    2023 CONTINUOUSLY HIGHLY CITED PAPERS

  • 2024.7.12

    2024 BIMONTHLY MOST DOWNLOADED PAPERS

  • 2024.1.16

    2023 ANNUALLY MOST DOWNLOADED PAPERS

  • 2023.8.23

    Selected as Supplemental Cover of ACS Applied Electronic Materials

  • 2023.8.1

    ACS Sensors top 10 most read

  • 2023.7.28

    Selected as Supplemental Cover of ACS Sensors

  • 2023.7.1

    ACS Sensors top 10 most read

  • 2023.7.1

    Selected as Supplemental Cover of ACS Sensors

  • 2023.1.20

    2022 CONTINUOUSLY HIGHLY CITED PAPERS

  • 2022.2.13

    2021 CONTINUOUSLY HIGHLY CITED PAPERS

  • 2022.1.24

    2021 ANNUALLY MOST DOWNLOADED PAPERS

  • 2022.1.16

    2022 ANNUALLY MOST DOWNLOADED PAPERS

  • 2021.10.5

    ACS Sensors top 10 most read

  • 2021.9.24

    Selected as Supplemental Cover of ACS Sensors

  • 2021.3.19

    Back cover published in Chemical Communications

  • 2021.2.4

    2020 Annual Most Cited Papers

  • 2021.1.23

    2020 ANNUAL MOST DOWNLOADED PAPERS

  • 2021.1.23

    BIMONTHLY MOST DOWNLOADED PAPERS

  • 2019.10.31

    ET/IoT Technology Award 2019: Embedded Technology Award

  • 2013.7.4

    ISE Prize for Environmental Electrochemistry

  • 2013.6.20

    EIS2013 Best Poster Award

  • 2011.5.12

    Best Poster Prize at 9th ISE Spring Meeting

Academic Society Affiliations
  • 2021.11.5 - 2022.3.31

    Electrochemical Society of Japan

  • 2021.4.1 - 2022.3.31

    Elsevier Guest Editor of Biosensors and Bioelectronics

  • 2020.4.1 - 2021.3.31

    Institute of Physics (IOP) Guest Editor of Journal of Physics Energy

  • 2019.3.1 - 2021.3.1

    ECSJ Associate Editor

  • 2016.11.30 - 2019.4.1

    Electrochemical Society of Japan

  • 2007.4.1 - 2007.9.14

    80th JSCM Anniversary Conference

Guest Professor
  • 2016.7.1 - 2017.3.31

    国立大学法人 山形大学

  • 2017.4.1 - 2018.3.31

    国立大学法人 山形大学

  • 2018.4.1 - 2019.3.31

    国立大学法人 山形大学

  • 2019.4.1 - 2020.3.31

    国立大学法人 山形大学

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