IDENTIFICATION OF STRUCTURAL TARGETS IN POLYAMINE OXIDASE ACTIVE SITE FOR THE DIRECTED SYNTHESIS OF POLYAMINE CATABOLISM ACTIVATORS Article Syatkin S.P., Shevkun N.A., Neborak E.V., Skorik A.S. Amino Acids. Vol. Vol47. 2015.
THE ANTIPROLIFERATIVE AND PROAPOPTOGENIC EFFECTS OF ANILINE DERIVATIVE COPPER (II) COMPLEX THAT ACTIVATES CATABOLISM AND INHIBITS THE SYNTHESIS OF POLYAMINES Article Neborak E.V., Syatkin S.P., Shevkun N.A., Skorik A.S. Amino Acids. Vol. 47. 2015. P. 1661-1661
THE ANTIPROLIFERATIVE AND PROAPOPTOGENIC EFFECTS OF ANILINE DERIVATIVE COPPER (II) COMPLEX THAT ACTIVATES CATABOLISM AND INHIBITS THE SYNTHESIS OF POLYAMINES Article Neborak E.V., Syatkin S.P., Shevkun N.A., Skorik A.S. Amino Acids. Vol. Vol47. 2015.
ACTIVATORS OF POLYAMINE OXIDASE AS POTENTIAL ANTITUMOR AGENTS Article Syatkin S.P., Neborak E.V., Sokuev R.I., Shevkun N.A., Skorik A.S. Amino Acids. Vol. Vol47. 2015.
IDENTIFICATION OF STRUCTURAL TARGETS IN POLYAMINE OXIDASE ACTIVE SITE FOR THE DIRECTED SYNTHESIS OF POLYAMINE CATABOLISM ACTIVATORS Article Syatkin S.P., Shevkun N.A., Neborak E.V., Skorik A.S. Amino Acids. Vol. 47. 2015. P. 1662-1663
THE CORRELATION BETWEEN THE INFLUENCE OF ANILINE DERIVATIVES ON OXIDATIVE DEAMINATION OF POLYAMINES AND THEIR IONIZATION CONSTANTS Article Neborak E.V., Syatkin S.P., Shevkun N.A., Skorik A.S. Amino Acids. Vol. 47. 2015. P. 1661-1661
THE INFLUENCE OF ANILINE DERIVATIVES, THEIR COPPER COMPLEXES AND DIOXABORINOPYRIDINE DERIVATIVES ON ORNITHINE DECARBOXYLASE ACTIVITY Article Syatkin S.P., Neborak E.V., Shevkun N.A., Skorik A.S. Amino Acids. Vol. Vol47. 2015.
ACTIVATORS OF POLYAMINE OXIDASE AS POTENTIAL ANTITUMOR AGENTS Article Syatkin S.P., Neborak E.V., Sokuev R.I., Shevkun N.A., Skorik A.S. Amino Acids. Vol. 47. 2015. P. 1661-1662