News
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2026.07.08
Our paper entitled "Electrical Detection of Cisplatin-DNA Adduct Formation Using Dielectrophoresis-based
Impedance Spectroscopy" has been published online. DOI: 10.1016/j.talanta.2026.130268
2026.07.07 Our paper entitled "Electrical Detection of Cisplatin-DNA Adduct Formation Using Dielectrophoresis-based Impedance Spectroscopy" has been accepted for publication in Talanta.
2026.05.07 The laboratory website has been launched.
About the Laboratory
Our laboratory conducts research in the field of electrical and electronic engineering, focusing on electrostatic micro-scale technologies. We aim to bridge fundamental theory and practical applications.
Research Themes
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Theme 1: Bio-related Applications
We investigate the dielectric properties of bacteria, viruses, exosomes, intracellular organelles, and DNA, and develop electrostatic-based technologies for sensing, diagnosis, evaluation, and separation.
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Theme 2: Micro- and Nano-material-based Sensors
We develop fabrication techniques for sensors, such as gas sensors, by electrostatically manipulating micro- and nano-scale materials including carbon nanotubes.
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Theme 3: Functional Composite Materials
We study the development of high-performance composite materials by electrostatically aligning nano-materials dispersed in polymer matrices.
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Theme 4: Discharge Plasma and High-voltage Applications
We conduct research on discharge plasma and high-voltage applications, including sterilization technologies using plasma discharges.
Contact
1-1-1, Nojihigashi, Kusatsu, Shiga, 525-8577, Japan
Department of Electrical and Electronic Engineering, College of Science and Engineering, Ritsumeikan University
Email: m-nakan0(at)fc.ritsumei.ac.jp（Please change (at) to @.）
