Institute of Engineering Division of Biotechnology and Life Science
ŠçŽÊ^
Professor
Ohno   Hiroyuki
Birth:1953
Invited Joint Research Topics
Joint Collaboration Achievements
Books
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Other achievements
Patents
Membership with Academic Societies
Presentations at Conferences / Symposia
Tel. 042-388-7024
Fax. 042-388-7024
E-Mail
http://www.cc.tuat.ac.jp/~ohno
/

[ Affiliation ]

Faculty of Engineering Department of Biotechnology and Life Science
Graduate School of Engineering Department of Biotechnology and Life Sciences


[ Education and Research Outline ]

Solubilize Protons to Proteins in Polymers to create novel functions.

Please visit our homepage http://www.tuat.ac.jp/~ohno/index.html

OHNO.jpg


[ Keyword(s) ]

Polymer solvent, Biocdevice, Ion conductor, Ionic liquids


 [ Education ]

1981 Completed Doctor later,  Graduate School, Division of Science and Engineering, Waseda University
1978 Completed Doctor prophase,  Graduate School, Division of Science and Engineering, Waseda University
1976 Graduated   Faculty of Science and Engineering, Waseda University


 [ Field of specialization ]

ion conductive polymers


[ Research Keywords ]

conductive polymer, ion conduction, electrochemistry, polyethers, ionic liquids, redox reaction, electron transfer, proteins, DNA, optical waveguide spectroscopy


 [ Research Topics ]

synthesis and characterization of ion conductive polymers 1988- [KEYWORD(S):ion, conductivity]
  
Scientific use of ionic liquids  [KEYWORD(S):ionic liquid non-volatile liquid solution functional design]
  Summary:Design of ionic liquids for not only reaction solvents but also electrolyte solution substituents or solvents for biochemical reactions.
Spectroscopic analyses of molecules on opaque substrates with the aid of evanescent wave  [KEYWORD(S):evanescent wave, interface, spectroscopy]
  Summary:Visible spectra of molecules on the interface of opaque materials were clearly detected by evanescent wave generated at the interface of optical waveguide under total reflection condition. Polarized light was effective as incident light to analyze molecular alignments at the interface.



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