Spectroscopic analysis of AgI-DNA complex
It has recently been reoprted that C-C mismatches were able to recognize AgI specifically, and form AgI-mediated cytosine-cytosine base pairs (C-AgI-C pair). In this study, we explored DNA sequences, which are appropriate for structural studies of this new type of metal-mediated base pairs. For this...
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Published in | Nucleic Acids Symposium Series Vol. 50; no. 1; pp. 199 - 200 |
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Main Authors | , , , , |
Format | Journal Article |
Language | English |
Published |
England
Oxford University Press
01.11.2006
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Subjects | |
Online Access | Get full text |
ISSN | 0261-3166 1746-8272 1746-8272 |
DOI | 10.1093/nass/nrl099 |
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Abstract | It has recently been reoprted that C-C mismatches were able to recognize AgI specifically, and form AgI-mediated cytosine-cytosine base pairs (C-AgI-C pair). In this study, we explored DNA sequences, which are appropriate for structural studies of this new type of metal-mediated base pairs. For this experiments, we synthesized four kinds of DNA duplexes including a single C-C mismatch. By using UV spectra, we performed titration experiments of DNA duplexes with AgNO3. Within the sequences we tested, it was found that the DNA duplex: 5′-CGCGCGTCC-3′ • 5′-GGACCCGCG-3′ showed 1:1 complexation of this DNA duplex and AgI. In addition, a DNA duplex: 5′-TAAATCTAATA-3′ • 5′-TATTACATTTA-3′ also exhibited a similar character. Therefore, these two DNA duplexes are interesting candidates for structural analyses. |
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AbstractList | It has recently been reoprted that C-C mismatches were able to recognize AgI specifically, and form AgI-mediated cytosine-cytosine base pairs (C-AgI-C pair). In this study, we explored DNA sequences, which are appropriate for structural studies of this new type of metal-mediated base pairs. For this experiments, we synthesized four kinds of DNA duplexes including a single C-C mismatch. By using UV spectra, we performed titration experiments of DNA duplexes with AgNO3. Within the sequences we tested, it was found that the DNA duplex: 5′-CGCGCGTCC-3′ • 5′-GGACCCGCG-3′ showed 1:1 complexation of this DNA duplex and AgI. In addition, a DNA duplex: 5′-TAAATCTAATA-3′ • 5′-TATTACATTTA-3′ also exhibited a similar character. Therefore, these two DNA duplexes are interesting candidates for structural analyses. It has recently been reported that C-C mismatches were able to recognize Ag(I) specifically, and form Ag(I)-mediated cytosine-cytosine base pairs (C-Ag(I)-C pair). In this study, we explored DNA sequences, which are appropriate for structural studies of this new type of metal-mediated base pairs. For this experiments, we synthesized four kinds of DNA duplexes including a single C-C mismatch. By using UV spectra, we performed titration experiments of DNA duplexes with AgNO(3). Within the sequences we tested, it was found that the DNA duplex: 5'-CGCGCGTCC-3' x 5'-GGACCCGCG-3' showed 1:1 complexation of this DNA duplex and Ag(I). In addition, a DNA duplex: 5'-TAAATCTAATA-3' x 5'-TATTACATTTA-3' also exhibited a similar character. Therefore, these two DNA duplexes are interesting candidates for structural analyses. It has recently been reported that C-C mismatches were able to recognize Ag(I) specifically, and form Ag(I)-mediated cytosine-cytosine base pairs (C-Ag(I)-C pair). In this study, we explored DNA sequences, which are appropriate for structural studies of this new type of metal-mediated base pairs. For this experiments, we synthesized four kinds of DNA duplexes including a single C-C mismatch. By using UV spectra, we performed titration experiments of DNA duplexes with AgNO(3). Within the sequences we tested, it was found that the DNA duplex: 5'-CGCGCGTCC-3' x 5'-GGACCCGCG-3' showed 1:1 complexation of this DNA duplex and Ag(I). In addition, a DNA duplex: 5'-TAAATCTAATA-3' x 5'-TATTACATTTA-3' also exhibited a similar character. Therefore, these two DNA duplexes are interesting candidates for structural analyses.It has recently been reported that C-C mismatches were able to recognize Ag(I) specifically, and form Ag(I)-mediated cytosine-cytosine base pairs (C-Ag(I)-C pair). In this study, we explored DNA sequences, which are appropriate for structural studies of this new type of metal-mediated base pairs. For this experiments, we synthesized four kinds of DNA duplexes including a single C-C mismatch. By using UV spectra, we performed titration experiments of DNA duplexes with AgNO(3). Within the sequences we tested, it was found that the DNA duplex: 5'-CGCGCGTCC-3' x 5'-GGACCCGCG-3' showed 1:1 complexation of this DNA duplex and Ag(I). In addition, a DNA duplex: 5'-TAAATCTAATA-3' x 5'-TATTACATTTA-3' also exhibited a similar character. Therefore, these two DNA duplexes are interesting candidates for structural analyses. |
Author | Oda, Shuji Komuro, Tomoyuki Tanaka, Yoshiyuki Ono, Akira Kondo, Yoshinori |
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Snippet | It has recently been reoprted that C-C mismatches were able to recognize AgI specifically, and form AgI-mediated cytosine-cytosine base pairs (C-AgI-C pair).... It has recently been reported that C-C mismatches were able to recognize Ag(I) specifically, and form Ag(I)-mediated cytosine-cytosine base pairs (C-Ag(I)-C... |
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SubjectTerms | Base Pair Mismatch Cytosine - chemistry DNA - chemistry Silver - chemistry Spectrophotometry, Ultraviolet |
Title | Spectroscopic analysis of AgI-DNA complex |
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