Surface modification of lipid bilayers in extended-nano space for making artificial intercellular structures

Hisaki Emon; Kazuma Mawatari; Takehiko Tsukahara; Takehiko Kitamori

Conference paper

Surface modification of lipid bilayers in extended-nano space for making artificial intercellular structures

Hisaki Emon, Kazuma Mawatari, Takehiko Tsukahara and Takehiko Kitamori

Proceedings of Conference, MicroTAS 2009 - The 13th International Conference on Miniaturized Systems for Chemistry and Life Sciences, pp.1524-1526

2009

Appears in keyword about Chemistry

Abstract

Biomimetic

Extended-nano space

Phospholipid bilayer

Chemical Engineering (miscellaneous)

Bioengineering

We have succeeded in modifying phospholipid bilayers in a few hundreds nanometer-sized channel (we call this extended-nano space) and creating "the biomimetic extended-nano space" which mimics an intercellular structure (from several tens to several hundreds nanometer-spacing). This space will be powerful tools for investigating solution properties and behavior of water molecules close to cell membranes. © 2009 CBMS.

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Title: Surface modification of lipid bilayers in extended-nano space for making artificial intercellular structures
Translated title: Surface modification of lipid bilayers in extended-nano space for making artificial intercellular structures
Creators - without role: Hisaki Emon - School of Engineering, University of Tokyo
Kazuma Mawatari - School of Engineering, University of Tokyo
Takehiko Tsukahara - Research Laboratory for Nuclear Reactions, Tokyo Institute of Technology
Takehiko Kitamori - School of Engineering, University of Tokyo
Publication Details: Proceedings of Conference, MicroTAS 2009 - The 13th International Conference on Miniaturized Systems for Chemistry and Life Sciences, pp.1524-1526
Identifiers: 9780979806421; 9957777594306774
Academic Unit: Institute of NanoEngineering and Microsystems, College of Engineering, National Tsing Hua University
Language: English
Resource Type: Conference paper

Surface modification of lipid bilayers in extended-nano space for making artificial intercellular structures

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