-transparent.png){kind=logo}
The effect of UV radiation on the spectral characteristics of human nitrosohemoglobin in a wide dose range (151-4530 J/m2) was studied. It was shown that the irradiation of hemoprotein solutions with low doses of UV light (151-453 J/m2) led to local conformational rearrangements of the iron porphyrin moiety of the molecule. The apoprotein exhibited a high photostability under the conditions of the experiment. High doses of UV radiation (1359-4530 J/m2) induced the accumulation of methemoglobin in the protein sample. A scheme of the photoinduced formation of methemoglobin was elaborated.
Related Publications
O V Putintseva, and
V G Artiukhov, and
E A Kalaeva
March 1964,
Archiv fur Mikrobiologie,
O V Putintseva, and
V G Artiukhov, and
E A Kalaeva
September 1965,
Biophysical journal,
O V Putintseva, and
V G Artiukhov, and
E A Kalaeva
February 2024,
Sensors (Basel, Switzerland),
O V Putintseva, and
V G Artiukhov, and
E A Kalaeva
October 1978,
Archives of biochemistry and biophysics,
O V Putintseva, and
V G Artiukhov, and
E A Kalaeva
April 2016,
Water research,
O V Putintseva, and
V G Artiukhov, and
E A Kalaeva
July 1990,
Physical review. A, Atomic, molecular, and optical physics,
O V Putintseva, and
V G Artiukhov, and
E A Kalaeva
January 1977,
Genetika,
O V Putintseva, and
V G Artiukhov, and
E A Kalaeva
January 1983,
Nature,
O V Putintseva, and
V G Artiukhov, and
E A Kalaeva
January 2012,
Biofizika,
O V Putintseva, and
V G Artiukhov, and
E A Kalaeva
March 1981,
The journal of histochemistry and cytochemistry : official journal of the Histochemistry Society,
