-transparent.png){kind=logo}
On the irradiation of oxidized linolic acid an assymetric ESR signal with g-factor 2.0039 and the linewidth 30--33 Oe has been registered. The signal could be the result of photolysis of hydroperoxides. During prolonged irradiation of all the samples accumulation of alkyl radicals characterized by a symmetric signal with a well-defined ultrafine structure has been observed. An increase of the sample temperature up to 87 K in the presence of oxygen was preceded by transformation of alkyl radical R into RO2. All the radicals disappeared at the temperature of 160 K. All these processes seem to be the first phases of photoperoxidation of unsaturated fat acids in lipid-containing systems, including biological membranes.
G G Odinokova, and
O A Azizova, and
Iu A Vladimirov, and
A N Remizov, and
D I Roshchupkin
January 1979,
Biofizika,
G G Odinokova, and
O A Azizova, and
Iu A Vladimirov, and
A N Remizov, and
D I Roshchupkin
May 1982,
Anesthesiology,
G G Odinokova, and
O A Azizova, and
Iu A Vladimirov, and
A N Remizov, and
D I Roshchupkin
March 1991,
Cancer letters,
G G Odinokova, and
O A Azizova, and
Iu A Vladimirov, and
A N Remizov, and
D I Roshchupkin
January 1989,
Free radical research communications,
G G Odinokova, and
O A Azizova, and
Iu A Vladimirov, and
A N Remizov, and
D I Roshchupkin
July 1994,
Prostaglandins, leukotrienes, and essential fatty acids,
G G Odinokova, and
O A Azizova, and
Iu A Vladimirov, and
A N Remizov, and
D I Roshchupkin
January 1971,
Biofizika,
G G Odinokova, and
O A Azizova, and
Iu A Vladimirov, and
A N Remizov, and
D I Roshchupkin
July 2019,
The Science of the total environment,
G G Odinokova, and
O A Azizova, and
Iu A Vladimirov, and
A N Remizov, and
D I Roshchupkin
May 2011,
Free radical biology & medicine,
G G Odinokova, and
O A Azizova, and
Iu A Vladimirov, and
A N Remizov, and
D I Roshchupkin
January 1967,
Biofizika,
G G Odinokova, and
O A Azizova, and
Iu A Vladimirov, and
A N Remizov, and
D I Roshchupkin
January 1968,
Roczniki Panstwowego Zakladu Higieny,
