The application of watergate technique in DNA

Ji Hui Wu; Qing Kang; You Lin Xia; Yun Yu Shi

The application of watergate technique in DNA

Ji Hui Wu, Qing Kang, You Lin Xia, Yun Yu Shi

Minnesota NMR Center

Research output: Contribution to journal › Article › peer-review

Abstract

The comparison of Watergate technique and other solvent suppression methods showed that Watergate technique is easy to realize and can give low t₁ noise spectrum. With Watergate-NOESY and Watergate-TOCSY, the assignment of most lahile protons of G, G in dsDNA fragment d (5′-TTTCGCGC) ·d (3′-AAAGCGCG), which can be recognized by the transcription factor E2F, was made.

Original language	English (US)
Number of pages	1
Journal	Progress in Biochemistry and Biophysics
Volume	26
Issue number	4
State	Published - Dec 1 1999

Keywords

DNA
E2F
NMR
Water peak suppression
Watergate

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abstract = "The comparison of Watergate technique and other solvent suppression methods showed that Watergate technique is easy to realize and can give low t1 noise spectrum. With Watergate-NOESY and Watergate-TOCSY, the assignment of most lahile protons of G, G in dsDNA fragment d (5′-TTTCGCGC) ·d (3′-AAAGCGCG), which can be recognized by the transcription factor E2F, was made.",

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AU - Xia, You Lin

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AB - The comparison of Watergate technique and other solvent suppression methods showed that Watergate technique is easy to realize and can give low t1 noise spectrum. With Watergate-NOESY and Watergate-TOCSY, the assignment of most lahile protons of G, G in dsDNA fragment d (5′-TTTCGCGC) ·d (3′-AAAGCGCG), which can be recognized by the transcription factor E2F, was made.

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KW - NMR

KW - Water peak suppression

KW - Watergate

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The application of watergate technique in DNA

Abstract

Keywords

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