The vibrational frequencies of C = O, NH and PO−2 (FTIR, KBr cm−1) bands of free DNA, free drugs and DNA-drug complexes.

Structure and drug interactions of parallel-stranded DNA studied by infrared spectroscopy and fluorescence

Hartmut Fritzsche
Alain Akhebat
Eliane Taill
Thomas M. Jovin

January 1993

The infrared spectra of three different 25-mer parallel-stranded DNAs (ps-DNA) have been studied. We...

CD-spectra of CT-DNA in the absence and presence of complexes 1 and 2, [DNA] = 100 μM, [VOL] = 0 and 40 μM, respectively.

Mei-Ju Niu (536448)
Zhen Li (49109)
Guo-Liang Chang (761600)
Xiang-Jin Kong (761601)
Min Hong (279203)
Qing-fu Zhang (761602)

June 2015

CD-spectra of CT-DNA in the absence and presence of complexes 1 and 2, [DNA] = 100 μM, [VOL] = 0 ...

Spectroscopic and molecular modeling studies of caffeine complexes with DNA intercalators

Larsen, R.W.
Jasuja, R.
Hetzler, R.K.
Muraoka, P.T.
Andrada, V.G.
Jameson, D.M.

January 1996

Recent studies have demonstrated that caffeine can act as an antimutagen and inhibit the cytoxic and...

The vibrational frequencies of C = O, NH and PO−2 (FTIR, KBr cm−1) bands of free DNA, free drugs and DNA-drug-metal complexes.

Irudayam Maria Johnson (295246)
Halan Prakash (295247)
Jeyaguru Prathiba (295248)
Raghavachary Raghunathan (295249)
Raghunathan Malathi (295250)

February 2013

X1 = theophylline, X2 = theobromine and X3 = caffeine.Mg(II)-DNA = Mg2+-DNA com...

FTIR spectra of free DNA and DNA-methylxanthines complexes obtained with repeated scanning between 1400–400 cm−1.

Irudayam Maria Johnson (295246)
Halan Prakash (295247)
Jeyaguru Prathiba (295248)
Raghavachary Raghunathan (295249)
Raghunathan Malathi (295250)

February 2013

FTIR spectra of free DNA and DNA-methylxanthines complexes obtained with repeated scanning betwee...

Methylxanthines binding with DNA.

Irudayam Maria Johnson (295246)
Halan Prakash (295247)
Jeyaguru Prathiba (295248)
Raghavachary Raghunathan (295249)
Raghunathan Malathi (295250)

February 2013

(A). The percentage of hyperchromicity with respect P/D 6, 3, 1 and 0.8 of theophylline (X...

Spectral analysis of naturally occurring methylxanthines (theophylline, theobromine and caffeine) binding with DNA. PLoS One 2012

Irudayam Maria Johnson
Halan Prakash
Jeyaguru Prathiba
Raghavachary Raghunathan
Raghunathan Malathi

September 2016

Nucleic acids exist in a dynamic equilibrium with a number of molecules that constantly interact wit...

Raman spectra of drug-DNA complexes.

Debjani Ghosh (450836)
Subrata Kumar Dey (310854)
Chabita Saha (310853)

January 2014

Smoothed Raman spectra of (a) 2 µM native N-DNA and its complexes with equimolar (b) ADR and (c) ...

Spectral analysis of naturally occurring methylxanthines (theophylline, theobromine and caffeine) binding with DNA.

Irudayam Maria Johnson
Halan Prakash
Jeyaguru Prathiba
Raghavachary Raghunathan
Raghunathan Malathi

Nucleic acids exist in a dynamic equilibrium with a number of molecules that constantly interact wit...

FTIR spectra of DNA, DNA-methylxanthines complexes in the presence of Mg2+ (30 mM).

Irudayam Maria Johnson (295246)
Halan Prakash (295247)
Jeyaguru Prathiba (295248)
Raghavachary Raghunathan (295249)
Raghunathan Malathi (295250)

February 2013

FTIR spectra of DNA, DNA-methylxanthines complexes in the presence of Mg2+ (30 mM).</p

FTIR spectra of free DNA and nimustine-DNA complexes.

Shweta Agarwal (112517)
Deepak Kumar Jangir (610912)
Ranjana Mehrotra (583493)
Neelam Lohani (610913)
M. R. Rajeswari (610914)

August 2014

FTIR spectra of free calf thymus DNA and its complexes with nitrosourea derivative nimustine at d...

Fourier transform infrared spectroscopy study of drug binding to DNA, 1995

In this study, observations were made on changes that occurred at the DNA phosphate and base vibrati...

Band intensities of free DNA, the different protein-DNA complexes, and their sum.

Liesbeth van Oeffelen (511929)
Eveline Peeters (97262)
Phu Nguyen Le Minh (511930)
Daniël Charlier (511931)

January 2014

The values shown are those of the EMSA in <a href="http://www.plosone.org/article/info:doi/10.137...

Binding affinity of methylxanthines in the presence of divalent metal ion.

Irudayam Maria Johnson (295246)
Halan Prakash (295247)
Jeyaguru Prathiba (295248)
Raghavachary Raghunathan (295249)
Raghunathan Malathi (295250)

February 2013

(A). Ultraviolet absorption spectrum of DNA in the presence of 10 mM Mg2+. (...

Using spectroscopic techniques to examine drug-DNA interactions

Hicks, Matthew R.
Orkey, Nikita (S25003)
Pisani, Michelle J.
Collins, J. Grant
Wheate, Nial J.
Aldrich-Wright, Janice R. (R7187)

January 2012

Since the first x-ray structures of DNA revealed that the structure was sensitive to the environment...

Structure and drug interactions of parallel-stranded DNA studied by infrared spectroscopy and fluorescence

Hartmut Fritzsche
Alain Akhebat
Eliane Taill
Thomas M. Jovin

January 1993

The infrared spectra of three different 25-mer parallel-stranded DNAs (ps-DNA) have been studied. We...

CD-spectra of CT-DNA in the absence and presence of complexes 1 and 2, [DNA] = 100 μM, [VOL] = 0 and 40 μM, respectively.

Mei-Ju Niu (536448)
Zhen Li (49109)
Guo-Liang Chang (761600)
Xiang-Jin Kong (761601)
Min Hong (279203)
Qing-fu Zhang (761602)

June 2015

CD-spectra of CT-DNA in the absence and presence of complexes 1 and 2, [DNA] = 100 μM, [VOL] = 0 ...

Spectroscopic and molecular modeling studies of caffeine complexes with DNA intercalators

Larsen, R.W.
Jasuja, R.
Hetzler, R.K.
Muraoka, P.T.
Andrada, V.G.
Jameson, D.M.

January 1996

Recent studies have demonstrated that caffeine can act as an antimutagen and inhibit the cytoxic and...

The vibrational frequencies of C = O, NH and PO−2 (FTIR, KBr cm−1) bands of free DNA, free drugs and DNA-drug-metal complexes.

Irudayam Maria Johnson (295246)
Halan Prakash (295247)
Jeyaguru Prathiba (295248)
Raghavachary Raghunathan (295249)
Raghunathan Malathi (295250)

February 2013

X1 = theophylline, X2 = theobromine and X3 = caffeine.Mg(II)-DNA = Mg2+-DNA com...

FTIR spectra of free DNA and DNA-methylxanthines complexes obtained with repeated scanning between 1400–400 cm−1.

Irudayam Maria Johnson (295246)
Halan Prakash (295247)
Jeyaguru Prathiba (295248)
Raghavachary Raghunathan (295249)
Raghunathan Malathi (295250)

February 2013

FTIR spectra of free DNA and DNA-methylxanthines complexes obtained with repeated scanning betwee...

Methylxanthines binding with DNA.

Irudayam Maria Johnson (295246)
Halan Prakash (295247)
Jeyaguru Prathiba (295248)
Raghavachary Raghunathan (295249)
Raghunathan Malathi (295250)

February 2013

(A). The percentage of hyperchromicity with respect P/D 6, 3, 1 and 0.8 of theophylline (X...

Spectral analysis of naturally occurring methylxanthines (theophylline, theobromine and caffeine) binding with DNA. PLoS One 2012

Irudayam Maria Johnson
Halan Prakash
Jeyaguru Prathiba
Raghavachary Raghunathan
Raghunathan Malathi

September 2016

Nucleic acids exist in a dynamic equilibrium with a number of molecules that constantly interact wit...

Raman spectra of drug-DNA complexes.

Debjani Ghosh (450836)
Subrata Kumar Dey (310854)
Chabita Saha (310853)

January 2014

Smoothed Raman spectra of (a) 2 µM native N-DNA and its complexes with equimolar (b) ADR and (c) ...

Spectral analysis of naturally occurring methylxanthines (theophylline, theobromine and caffeine) binding with DNA.

Irudayam Maria Johnson
Halan Prakash
Jeyaguru Prathiba
Raghavachary Raghunathan
Raghunathan Malathi

Nucleic acids exist in a dynamic equilibrium with a number of molecules that constantly interact wit...

FTIR spectra of DNA, DNA-methylxanthines complexes in the presence of Mg2+ (30 mM).

Irudayam Maria Johnson (295246)
Halan Prakash (295247)
Jeyaguru Prathiba (295248)
Raghavachary Raghunathan (295249)
Raghunathan Malathi (295250)

February 2013

FTIR spectra of DNA, DNA-methylxanthines complexes in the presence of Mg2+ (30 mM).</p

FTIR spectra of free DNA and nimustine-DNA complexes.

Shweta Agarwal (112517)
Deepak Kumar Jangir (610912)
Ranjana Mehrotra (583493)
Neelam Lohani (610913)
M. R. Rajeswari (610914)

August 2014

FTIR spectra of free calf thymus DNA and its complexes with nitrosourea derivative nimustine at d...

Fourier transform infrared spectroscopy study of drug binding to DNA, 1995

In this study, observations were made on changes that occurred at the DNA phosphate and base vibrati...

Band intensities of free DNA, the different protein-DNA complexes, and their sum.

Liesbeth van Oeffelen (511929)
Eveline Peeters (97262)
Phu Nguyen Le Minh (511930)
Daniël Charlier (511931)

January 2014

The values shown are those of the EMSA in <a href="http://www.plosone.org/article/info:doi/10.137...

Binding affinity of methylxanthines in the presence of divalent metal ion.

Irudayam Maria Johnson (295246)
Halan Prakash (295247)
Jeyaguru Prathiba (295248)
Raghavachary Raghunathan (295249)
Raghunathan Malathi (295250)

February 2013

(A). Ultraviolet absorption spectrum of DNA in the presence of 10 mM Mg2+. (...

Using spectroscopic techniques to examine drug-DNA interactions

Hicks, Matthew R.
Orkey, Nikita (S25003)
Pisani, Michelle J.
Collins, J. Grant
Wheate, Nial J.
Aldrich-Wright, Janice R. (R7187)

January 2012

Since the first x-ray structures of DNA revealed that the structure was sensitive to the environment...

Structure and drug interactions of parallel-stranded DNA studied by infrared spectroscopy and fluorescence

Hartmut Fritzsche
Alain Akhebat
Eliane Taill
Thomas M. Jovin

January 1993

The infrared spectra of three different 25-mer parallel-stranded DNAs (ps-DNA) have been studied. We...

CD-spectra of CT-DNA in the absence and presence of complexes 1 and 2, [DNA] = 100 μM, [VOL] = 0 and 40 μM, respectively.

Mei-Ju Niu (536448)
Zhen Li (49109)
Guo-Liang Chang (761600)
Xiang-Jin Kong (761601)
Min Hong (279203)
Qing-fu Zhang (761602)

June 2015

CD-spectra of CT-DNA in the absence and presence of complexes 1 and 2, [DNA] = 100 μM, [VOL] = 0 ...

Spectroscopic and molecular modeling studies of caffeine complexes with DNA intercalators

Larsen, R.W.
Jasuja, R.
Hetzler, R.K.
Muraoka, P.T.
Andrada, V.G.
Jameson, D.M.

January 1996

Recent studies have demonstrated that caffeine can act as an antimutagen and inhibit the cytoxic and...

The vibrational frequencies of C = O, NH and PO<sup>−</sup><sub>2</sub> (FTIR, KBr cm<sup>−1</sup>) bands of free DNA, free drugs and DNA-drug complexes.

Abstract

Extracted data

The vibrational frequencies of C = O, NH and PO<sup>−</sup><sub>2</sub> (FTIR, KBr cm<sup>−1</sup>) bands of free DNA, free drugs and DNA-drug complexes.

Abstract

Extracted data

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