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Fungal enzyme l-lysine α-oxidase affects the amino acid metabolism in the brain and decreases the polyamine level
Lukasheva E.V., Makletsova M.G., Lukashev A.N., Babayeva G., Arinbasarova A.Y., Medentsev A.G.
of polyamines (PA), led to a significant and long-term decrease in the concentration of polyamines, which
ANTIMETASTATIC EFFECT OF L-LYSINE-ALPHA-OXIDASE
UMANSKII V.Y., KHADUEV S.K., ZALETOK S.P., BALITSKII K.P., BERDINSKIKH N.K., BEREZOV T.T.
POLYAMINES
Epidermal ornithine decarboxylase activity in psoriasis: a biochemical indicator of a hyperproliferative process
Kagramanova A.T., Tischenko L.D., Berezov T.T.
polyamines
A MICROPROCEDURE FOR THE FLUOROMETRIC ESTIMATION OF POLYAMINES AND PUTRESCINE IN ANIMAL-TISSUES USING THIN-LAYER CHROMATOGRAPHY ON SILUFOL UV-254
SYATKIN S.P., BERESOV T.T.
A MICROPROCEDURE FOR THE FLUOROMETRIC ESTIMATION OF POLYAMINES AND PUTRESCINE IN ANIMAL
Activators of polyamine oxidase as potential antitumor agents
Syatkin S.P., Neborak E.V., Sokuev R.I., Shevkun N.A., Skorik A.S.
Activators of polyamine oxidase as potential antitumor agents
Fluoro derivatives of (+)-usnic acid as the potential exchange regulators of polyamines
Sokuev R.I., Sokueva N.A., Syatkin S.P.
Fluoro derivatives of (+)-usnic acid as the potential exchange regulators of polyamines
The correlation between the influence of aniline derivatives on oxidative deamination of polyamines and their ionization constants
Neborak E.V., Syatkin S.P., Shevkun N.A., Skorik A.S.
The correlation between the influence of aniline derivatives on oxidative deamination of polyamines
Regulation of cell proliferation and tumor growth processes by chemical compounds mediated by polyamines metabolism
Syatkin S.P., Fedorontchouk T.V., Greedina N.J., Lidack M.Y.
by polyamines metabolism
Structural aspects of Polyamine oxidase activation by azofluorene and aniline derivatives
Shevkun N., Syatkin S., Khlebnikov A.
Structural aspects of Polyamine oxidase activation by azofluorene and aniline derivatives
Fluoro derivatives of (+)-usnic acid as the potential exchange regulators of polyamines
Sokuev R.I., Sokueva N.A., Syatkin S.P.
Fluoro derivatives of (+)-usnic acid as the potential exchange regulators of polyamines

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