-transparent.png){kind=logo}
The studies on the activity of monoamine oxidase from human placenta, using 2-phenylethylamine as a substrate, corroborate the hypothesis on the possible superoxide radical generation upon FAD oxidation at the second (aerobic) stage of monoamine oxidase reaction. It has been shown that hydrogen peroxide, but not other activated O2 forms, was the end product of this reaction. No superoxide radical generation took place in such systems. And therefore, the induction of lipid peroxidation in the presence of catalase was impossible in mitochondrial membranes containing monoamine oxidase and amines oxidized by it.
Related Publications
O E Volkovitskaia, and
P G Bochev, and
S R Ribarev, and
V Z Gorkin, and
V E Kagan
March 1996,
Free radical research,
O E Volkovitskaia, and
P G Bochev, and
S R Ribarev, and
V Z Gorkin, and
V E Kagan
January 1973,
Zhurnal evoliutsionnoi biokhimii i fiziologii,
O E Volkovitskaia, and
P G Bochev, and
S R Ribarev, and
V Z Gorkin, and
V E Kagan
January 1978,
Voprosy meditsinskoi khimii,
O E Volkovitskaia, and
P G Bochev, and
S R Ribarev, and
V Z Gorkin, and
V E Kagan
July 1973,
Biochemical and biophysical research communications,
O E Volkovitskaia, and
P G Bochev, and
S R Ribarev, and
V Z Gorkin, and
V E Kagan
January 1973,
Neirofiziologiia = Neurophysiology,
O E Volkovitskaia, and
P G Bochev, and
S R Ribarev, and
V Z Gorkin, and
V E Kagan
January 2008,
Inorganic chemistry,
O E Volkovitskaia, and
P G Bochev, and
S R Ribarev, and
V Z Gorkin, and
V E Kagan
March 1966,
Experientia,
O E Volkovitskaia, and
P G Bochev, and
S R Ribarev, and
V Z Gorkin, and
V E Kagan
March 1991,
FEBS letters,
O E Volkovitskaia, and
P G Bochev, and
S R Ribarev, and
V Z Gorkin, and
V E Kagan
December 1983,
Biochemical pharmacology,
O E Volkovitskaia, and
P G Bochev, and
S R Ribarev, and
V Z Gorkin, and
V E Kagan
January 1957,
Helvetica physiologica et pharmacologica acta,
