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DOI :
10.3791/51081-v
•
9:43 min
October 31st, 2013
Chapters
0:05
Title
1:36
Nanopore Characterization
3:13
Conditioning Nanopores Using High Electric Fields
4:25
Enlarging Nanopores Using High Electric Fields
6:41
DNA Translocation
8:02
Results: Effects of High Electric Fields on Nanopore Properties and Functionality
9:12
Conclusion
生体分子転位実験のために、溶液中の固体ナノ細孔を製造するための方法が提示される。高電界の短いパルスを印加することにより、ナノ細孔径がサブナノメートルの精度で制御可能に大きくすることができ、その電気的なノイズ特性が大幅に改善。この手順は、実験条件下で標準的な実験装置を用いてその場で実行される。
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