I. Kondratyuk

发表

Model considerations on physico-chemical nature of protein-nucleic acid contacts through amino acid carboxylic groups: spectroscopic data

S. P. Samijlenko, I. Kolomiets, I. Kondratyuk, 1998 .

Prototropic molecular-zwitterionic tautomerism of xanthine and hypoxanthine: unexpected biological view

S. P. Samijlenko, D. Hovorun, A. Potyahaylo, 2000 .

Recognition of purine bases and nucleosides by the amino acid carboxylic group

N. V. Zheltovsky, I. Kondratyuk, Svetlana A. Samoilenko, 1995 .

Some structural aspects of protein-nucleic acid recognition point mechanisms involving amino acid carboxylic groups

N. V. Zheltovsky, I. Kondratyuk, I. N. Kolomiets, 1989 .

Interaction with carboxylate ion in anhydrous DMSO shifts keto-enolic prototropic equilibrium in nucleosides to enolic tautomeric form: 1H NMR spectroscopy data

D. Hovorun, I. Kondratyuk, S. A. Samijlenko, 2003 .

The investigation of interactions of hypoxanthine, xanthine and their methyl and glycosyl derivatives with amino acid carboxylic group by spectroscopic methods

S. Samiylenko, N. V. Zheltovsky, I. Kondratyuk, 1993 .

Influence of methylation of nucleic acid purine bases on their interactions with amino acids through the carboxylic group

N. V. Zheltovsky, I. Kondratyuk, A. V. Stepanyugin, 1991 .

A study of complexes between cytosine bases and amino acid carboxylic group by NMR spectroscopy

N. V. Zheltovsky, I. Kondratyuk, I. N. Kolomiets, 1989 .

1H NMR investigation on 6-azacytidine and its derivatives☆

S. P. Samijlenko, D. Hovorun, A. Shalamay, 1999 .

The influence of protonation and deprotonation, on the acidic-basic properties of purine, pyrimidine and imidazole .

D. M. Govorun, N. V. Zheltovsky, I. Kondratyuk, 1995 .

Interactions of methyl and glycosyl derivatives of pyrimidine nucleotide bases with amino acid carboxylic group

N. V. Zheltovsky, I. Kondratyuk, A. V. Stepanyugin, 1994 .

Acidic-basic properties of molecular xanthine and its complex formation ability

D. M. Govorun, N. V. Zheltovsky, I. Kondratyuk, 1994 .

Prototropic molecular–zwitterionic tautomerism of xanthine and hypoxanthine

S. P. Samijlenko, D. Hovorun, I. Kolomiets, 2000 .

Nucleotide bases as CH-Acids

D. M. Govorun, I. V. Kondratyuk, N. V. Zheltovsky, 1995 .

Structural features of 6-azacytidine and its derivatives: data of NMR and IR spectroscopies

S. P. Samijlenko, D. Hovorun, A. Shalamay, 1997 .

Topological features of potential energy hypersurface of canonical nucleotide bases

D. Hovorun, I. Kondratyuk, Ya. R. Mishchuk, 1996 .

On a quantum-chemical nature of a stereochemical nonrigidity of canonical nucleotide bases

D. Hovorun, I. Kondratyuk, Ya. R. Mishchuk, 1996 .

Structural peculiarities of 6-azacytosine and its derivatives imply intramolecular H-bonds☆

S. P. Samijlenko, D. Hovorun, A. Shalamay, 1999 .

Cytosine self-association in anhydrous DMSO through two equivalent H-bonds N1H...O=C2 lowers the barrier of amino group turn: 1H NMR spectroscopy data

S. P. Samijlenko, D. Hovorun, A. Potyahaylo, 2003 .

AM1 calculation of the nucleic acid bases structure and vibrational spectra

D. Govorun, N. V. Zheltovsky, I. Kondratyuk, 1992 .

About physical-chemical mechanism of hydrogen-tritium exchange of purine nucleotide bases C8H8 groups with water

D. M. Govorun, N. V. Zheltovsky, I. Kondratyuk, 1995 .

Prototropic molecular-zwitterion tautomerism of hypoxanthine: AMI calculation in vacuum

D. M. Govorun, N. V. Zheltovsky, I. Kondratyuk, 1995 .

Prototropic molecular-zwitterion tautomerism of xanthine: AMI calculation

D. M. Govorun, N. V. Zheltovsky, I. Kondratyuk, 1994 .

The prototropic tautomerism of nitrogen bases: a new insight into the old problem.

D. Hovorun, I. Kondratyuk, 1999, Ukrains'kyi biokhimichnyi zhurnal.

The quantum mechanical calculations evidence molecular-zwitterionic features of prototropfc tautomerism of canonical nucleotide bases. 1. Pyrimidines

D. M. Govorun, I. Kondratyuk, 1996 .

Prototropic molecular-zwitterion tautomerism of purine

D. M. Govorun, N. V. Zheltovsky, I. Kondratyuk, 1995 .

Prototropic molecular-zwitterion tautomerism of imidazole and pyrimidine

D. M. Govorun, N. V. Zheltovsky, I. Kondratyuk, 1995 .

Acidic-basic properties of pyrimidine, imidazole and purine in vacuum: calculation by AMI method

D. M. Govorun, N. V. Zheltovsky, I. Kondratyuk, 1995 .

Acidic-basic properties of molecular hypoxanthine in vacuum

D. M. Govorun, N. V. Zheltovsky, I. Kondratyuk, 1995 .

To what extent can methyl derivatives be regarded as stabilized tautomers of xanthine?

M. Platonov, S. P. Samijlenko, D. Hovorun, 2005, Spectrochimica acta. Part A, Molecular and biomolecular spectroscopy.