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- Graduate School of Science and Engineering : Applied Chemistry (Laboratories : Separation and Detection Chemistry Laboratory)
Graduate School of Science and Engineering
Applied Chemistry
Separation and Detection Chemistry Laboratory (Analytical Chemistry Laboratory)
Proposing and developing new separation and detection methods using submicroscopic spaces and reaction sites
Staff
![Kazuhiko TSUKAGOSHI [Professor]](/attach/page/TECHNOLOGY-PAGE-EN-67/26074/resize-file/staff_01.jpg)
TSUKAGOSHI Kazuhiko
[Professor]
Acceptable course | |
---|---|
Master's degree course | ✓ |
Doctoral degree course | ✓ |
ktsukago@mail.doshisha.ac.jp
Office : SC-325
Database of Researchers
Research Topics
- Capillary chromatography
- Micro-channel analytical system
- Tube radial distribution phenominon
- Phase-separation multiphase flow
- Bio-sensing in micro spaces
Research Contents
We are aiming to develop future-oriented novel methodologies (new separation and detection methods) which are characterized by high-sensitivity, high-selectivity, and customization (micro-miniaturization, ultra-simplification) and have major ramifications for other academic fields. We hope to advance new techniques and research in the chemical engineering and separation engineering fields.
At present, capillary chromatography, flow injection analysis, microflow injection analysis, and micro-channel analysis are used at our laboratory as methods of absorbance, fluorescence, and chemiluminescence detection. Each of these is simple, rapid, and low-cost, and allows continuous analysis. Absorbance, fluorescence, and chemiluminescence are closely linked to one another, and so we attempt to adeptly employ experimental data on all three interactively in the establishment of new separation and detection methods.
Some of our specific research objectives are "confronting micro analysis," "development of micro-miniature analysis device 'μ-TAS' (micro-Total Analysis System)," "interpreting life and in vivo information," and "application to food- and environmental-analysis."
From an educational perspective, we believe that such study of separation and detection methods from perspectives of chemical engineering, separation engineering, and life sciences is of great benefit to students going on to become engineers or researchers in the future.
At present, capillary chromatography, flow injection analysis, microflow injection analysis, and micro-channel analysis are used at our laboratory as methods of absorbance, fluorescence, and chemiluminescence detection. Each of these is simple, rapid, and low-cost, and allows continuous analysis. Absorbance, fluorescence, and chemiluminescence are closely linked to one another, and so we attempt to adeptly employ experimental data on all three interactively in the establishment of new separation and detection methods.
Some of our specific research objectives are "confronting micro analysis," "development of micro-miniature analysis device 'μ-TAS' (micro-Total Analysis System)," "interpreting life and in vivo information," and "application to food- and environmental-analysis."
From an educational perspective, we believe that such study of separation and detection methods from perspectives of chemical engineering, separation engineering, and life sciences is of great benefit to students going on to become engineers or researchers in the future.
Keywords
- Microflow
- Chemiluminescence
- Biological constituents