Symposia & Forums

Symposium B-4
Nano-biotechnologies on Interfaces

Partly supported by the Japan Society of Applied Physics (JSAP) Kyushu Chapter

Organizers

Representative

Naoki MATSUDA
The National Institute of Advanced Industrial Science and Technology (AIST)

Co-Organizers

Hidenori OTSUKA
Tokyo University of Science
Masaru TANAKA
Yamagata University
Tomohiro HAYASHI
Tokyo Institute of Technology

Correspondence

Naoki MATSUDA
The National Institute of Advanced Industrial Science and Technology (AIST)（naoki.matsuda@aist.go.jp）

Scope

Recently, in the field of biotechnology, not only bioelectronics but also artificial organs, advanced medical systems, bio fuel cell and cellular micro patterning have been developed as bio-devices for realizing sustainable human society. Then, interdisciplinary studies on nanotechnology and biotechnologies on interfaces utilizing bio-molecules which have unique and significant functions have been bringing usmuch important and interesting results creating noble fields in science and technologies. We have been recognizing that there are strong requirement for an improvement of traditional technologies and tools in many fields including polymer chemistry as device platform, super high sensitive analytical systems, and surface modification including sugar chains. For example, a novel method for a localized and time-resolved observation system of interfacial phenomena in molecular level has been required.　It seems that the bioactivity and nanostructure are closely relating each other in such the systems. To understand the phenomena and develop the novel devices, “functionality, structure, and interface” are the key words. We would like to plan the session entitled “nano-biotechnology on the interfaces”, and propose an occasion to discuss with the recent trends and results through some quite different fields in science and technologies with a worldwide vision.

Topics

  1. Biomimetic and Biocompatible Materials
  2. Surface Modification
  3. Bioelectronics
  4. in situ, in vivo and invitro Observation Techniques
  5. Cell Chip Device
  6. Bio-fuel Cell
  7. Drug Delivery System
  8. Artificial Organ

Invited Speakers

Nikolaj GADEGAARD
University of Glasgow
Hidenori OTSUKA
Tokyo University of Science
Masaru TANAKA
Yamagata University
Tomohiro HAYASHI
Tokyo Institute of Technology

Sponsors