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Archive | 2016

Chapter 3:Nanopillars, Nanowires and Nanoballs for DNA and Protein Analysis

Noritada Kaji; Takao Yasui; Manabu Tokeshi; Yoshinobu Baba

Recent development of nanofluidic devices using nanopillars, nanowires, and nanoballs for high-performance biomolecules analysis are reviewed in this chapter. Two approaches, “top-down” fabrication techniques and “bottom-up” self-assemble techniques, were applied to construct nanospace inside microchannels, and various biomolecules including DNA, RNA and proteins were successfully separated within a few seconds. These separation techniques enabled high throughput analysis that had never achieved by natural or synthetic polymers and explored a new bioanalytical field based on molecular dynamics in nanospace. Hybrid use of the both approaches might be promising for future home diagnostic devices and clinical applications.


Archive | 2004

Method and apparatus for controlling microflow of liquid

Yoshinobu Baba; Toshihiko Oya; Yasuo Shinohara; 利彦 大家; 康雄 篠原; 嘉信 馬場


Archive | 2002

Method of electrophoresing protein

Mari Tabuchi; Yoshinobu Baba


Archive | 2001

Electrophoresis method of protein

Yoshinobu Baba; Mari Tabuchi; 眞理 田渕; 嘉信 馬場


Seibutsu Butsuri Kagaku | 2005

Nanoparticles: Future of genomics

Mari Tabuchi; Yoshinori Katsuyama; Hideya Nagata; Yukio Nagasaki; Kenichi Yoshikawa; Kazunori Kataoka; Yoshinobu Baba


Archive | 2015

Chip for electrical measurement, and electrical measuring device

馬場 嘉信; Yoshinobu Baba; 範匡 加地; Noritada Kaji; 隆雄 安井; Takao Yasui; 啓寿 矢崎; Hirotoshi Yasaki; 麻美子 佐野; Mamiko Sano; 川合 知二; Tomoji Kawai; 剛 柳田; Takeshi Yanagida


Electrophoresis Letters | 2015

High-speed separation methods for nucleic acids by nanopillar and nanowire chips

Noritada Kaji; Yoshinobu Baba


Archive | 2014

Sample disruption method, biomolecule extraction method, and disruption solution containing nanowires

隆雄 安井; Takao Yasui; 剛 柳田; Takeshi Yanagida; 範匡 加地; Noritada Kaji; 川合 知二; Tomoji Kawai; 馬場 嘉信; Yoshinobu Baba


Archive | 2013

Stretching/immobilizing device of nucleic acid, stretching/immobilizing method of nucleic acid using the device, nucleic acid immobilizing member, and nucleic acid specimen fabricated by using stretching/immobilizing device of nucleic acid

Daisuke Onojima; 大介 小野島; Keiju Yazaki; 啓寿 矢崎; Takao Yasui; 隆雄 安井; Norimasa Kachi; 範匡 加地; Yoshinobu Baba; 嘉信 馬場


Archive | 2011

A DNA SIZE PROBE BASED ON ENERGY MIGRATION IN CROSSLINKED CHROMATIN

Maged F. Serag; Noritada Kaji; Yukihiro Okamoto; Manabu Tokeshi; Yoshinobu Baba

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Mari Tabuchi

University of Tokushima

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Hideya Nagata

National Institute of Advanced Industrial Science and Technology

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