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Electrochemistry-Based Biohybrid Devices

Research Project Outline

The interface between biomolecules and device materials is one of the most important subject for both in-vitro and in-vivo biodevices.We are planning to study the potential use of microelectrode techniques as powerful tool for controlling bi-onic interfaces: special control of cell adhesion / growth; im-mobilization of proteins within a microfl uidic device just prior to analysis; in-situ microcircuit formation with conducting polymers during cell cultivation.These electrochemical tech-niques will be applied to developnovel biohybrid devices including enzymatic biofuel cells.

Research Director
MatsuhikoNishizawa
Affiliation
Professor, Tohoku University
Research Started
2008
Status
ongoing
Research Area
Creation of Nanosystems with Novel Functions through Process Integration
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