生体ヘテロ界面のナノスケール制御

松崎, 典弥; 明石, 満; 高井, まどか 他

表面科学, 2009, 30(4), 193-201

Number of Access:749（2025-08-15 20:52 Counts）

Identifier to cite or link to this item: https://hdl.handle.net/11094/50294

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Title
生体ヘテロ界面のナノスケール制御
Nanoscale Control of Hetero-biointerfaces
セイタイ　ヘ　テロ　カイメン　ノ　ナノスケール　セイギョ
Creator
NRID
1000000419467 1000000419467
researchmap permalink
read0093431 read0093431
Scopus Author ID
6701561701 6701561701
CreatorName
松崎, 典弥 ; マツサキ, ミチヤ ; Matsusaki, Michiya
NRID
1000020145460 1000020145460
researchmap permalink
read0094016 read0094016
Scopus Author ID
35463476100 35463476100
CreatorName
明石, 満 ; アカシ, ミツル ; Akashi, Mitsuru
NRID
1000040287975 1000040287975
CreatorName
高井, まどか ; タカイ, マドカ ; Takai, Madoka
NRID
1000090193341 1000090193341
researchmap permalink
read0007946 read0007946
CreatorName
石原, 一彦 ; イシハラ, カズヒコ ; Ishihara, Kazuhiko
NRID
1000070361871 1000070361871
CreatorName
荻野, 俊郎 ; オギノ, トシオ ; Ogino, Toshio
Subject
biointerface
cell interface
biomaterial
layered tissue
protein adsorption
Abstract
In the multileveled bio-engineering including amino-acids, proteins, organelle, cells, tissues, and organs, control of hetero-biointerfacesisa key technology. In particular, recent development of nanotechnology hasmade the nanoscaled control possible. In this article, we selected current topics in the hetero-biointerfaces. In the layer-by-layer stacking technique of cells, artificial tissues similar to a blood vessel has been realized. Phospholipid polymers similar to cell membrane were used to control the biomaterial surfaces. Properties of their interfaces with proteins are analyzed focusing on functions of the interface water layers. Selective adsorption of protein molecules on a solid surface is also demonstrated. In the biointerface engineering, nanoscale control play crucial roles.
Publisher
日本表面科学会
ニホン　ヒョウメン　カガクカイ
Source Title
表面科学
Volume (Issue)
30(4)
Page
193-201
Date of Issued
2009
Language
Japanese
Handle URL
https://hdl.handle.net/11094/50294
PISSN
03885321
NCID
AN00334149
Relation.references
URI
https://www.jstage.jst.go.jp/article/jsssj/30/4/30_4_193/_article/-char/ja/
Access Rights
open access
oaire:version
Version of Record
Category
学術雑誌論文 Journal Article