1.
Bull Exp Biol Med
; 162(1): 107-110, 2016 Nov.
Article
in English
| MEDLINE
| ID: mdl-27878493
ABSTRACT
Studies with the use of highly sensitive enzymatic sensor have shown the presence of various forms of nitrosyl iron complexes, including those undetectable by other methods, in living tissues. All these complexes are long-living compounds and constitute the major part of nitroso compounds in the blood, muscles, liquor, and amniotic fluid.
Subject(s)
Biosensing Techniques/methods , Nitric Oxide Donors/analysis , Nitric Oxide/analysis , Nitroso Compounds/analysis , Amniotic Fluid/chemistry , Animals , Catalase/chemistry , Chick Embryo , Chickens , Edetic Acid/chemistry , Hemoglobins/chemistry , Humans , Hydrogen Peroxide/chemistry , Iron/chemistry , Mercuric Chloride/chemistry , Milk/chemistry , Muscle, Skeletal/chemistry , Nitric Oxide/chemistry , Nitric Oxide Donors/chemistry , Nitrites/chemistry , Nitrogen Oxides/chemistry , Nitroso Compounds/chemistry , Saliva/chemistry , Semen/chemistry , Vanadium Compounds/chemistry
2.
Bull Exp Biol Med
; 159(6): 700-3, 2015 Oct.
Article
in English
| MEDLINE
| ID: mdl-26519269
ABSTRACT
The exposure to green light, which serves as a well-known activating factor for myogenesis during incubation of chicken eggs, contributes to intensification of embryonic metabolism of NO. A metabolic product, nitrate, is mainly accumulated in the muscles. These data suggest that light induces a NO-dependent activation of the factor, which intensifies muscle tissue development.
