Thumbnail
Access Restriction
Open

Author Sun, Xiaoyin ♦ Yasui, Takao ♦ Yanagida, Takeshi ♦ Kaji, Noritada ♦ Rahong, Sakon ♦ Kanai, Masaki ♦ Nagashima, Kazuki ♦ Kawai, Tomoji ♦ Baba, Yoshinobu
Source J-STAGE
Content type Text
Publisher The Japan Society for Analytical Chemistry
Language English
Subject Keyword DNA mobility ♦ single DNA molecule ♦ nanochannel ♦ shallow channel ♦ nanopillars
Abstract Here, we developed a device integrated with a nanochannel and nanostructures to slow DNA translocation velocity. We found that translocation velocity of a single DNA molecule inside a nanochannel was decreased by pre-elongating it using some nanostructures, such as a shallow channel or nanopillars. This decrease of the translocation velocity was associated with the DNA mobility change, which is an intrinsic parameter of DNA molecules and unaffected by an electric field.
ISSN 09106340
Learning Resource Type Notes
Publisher Date 2017-06-10
e-ISSN 13482246
Journal Analytical Sciences(analsci)
Volume Number 33
Issue Number 6
Page Count 4
Starting Page 735
Ending Page 738


Open content in new tab

   Open content in new tab