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Physically insertion of DNA nanopores into liposomes using nanopore-modified microelectrodes

Life at the molecular levels is modulated by the dynamics and interactions of biological molecules. To understand them, single molecule techniques is straight-forward way to investigate in details. Among the techniques, nanopore sensing is a label-free/high through-put apprach, which measure a modulation of ionic current passing through a nanopore.In this symposium, we will organize the session to boost adoption of nanopore sensing and co-develop advanced solutions in biophysical community. To provide deep-understanding of the sensing, the symposium consists of two parts: how the nanopore sensing work fundamentally and how this sensing can be used for applications.

Biophysical Society of Japan

The 61st Annual Meeting of the Biophysical Society of Japan

The 61st Annual Meeting of the Biophysical Society of Japan

[1SGA-3]Physically insertion of DNA nanopores into liposomes using nanopore-modified microelectrodes