Institute of Industrial Science, The University of Tokyo
We are evolving microtechnology by combining microfluidics, integrated circuits, biotechnologies and informatics to build advanced biomedical microsystems.
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We are looking for a post-doctoral researcher who is very familiar with microfluidics and biotechnology since a new project has been launched to develop advanced microsystems for liquid biopsy targeting circulating tumor cell cluster and/or circulating tumor DNA.
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It lists the current members of the laboratory, including the head of the laboratory, researchers and postgraduate students.
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Recent research achievements, including research papers published in scientific journals and presentations at national and international conferences and symposia, are listed here.
Learn moreWe currently have four research themes, "Advanced Microsystems", "Electrochemical Nanosensor", "DNA Nanotechnology" and "Liquid Biopsy", each of which is further branched into several research projects.
Developing advanced microsystems by integrating microfluidics, integrated circuits and biotechnologies for the biomedical applications.
Developing nano-sized electrochemical sensors by utilizing quantum transport for the label-free biomedical analysis.
Utilizing DNA nanotechnology to establish novel systems including molecular neural network or DNA hydrogels for the biomedical applications.
Utilizing microsystems for the precise liquid biopsy assay to detect cancer biomarkers from blood samples.