Burbello A T, Baskovich G A, Dpobrokhotova E G, Kiseleva N N, Kovshik A O
Gig Tr Prof Zabol. 1990(6):29-32.
The oxidation-reduction equilibrium shifting after the introduction of natrium nitrate (NN) has a duration related effect. A single NN introduction in a toxic dosage decreases the force of the blood's thioldisulfide and ascorbate systems (AOS). On the contrary, processes in the liver of laboratory animals are marked by a tendency towards growing AOS activity due to an increase in the reduced forms of thiol enzymes and ascorbic acid content. The process of subtoxic dosage action of natrium nitrate is characterized by decreased volume of the enzyme deoxidation thioldisulfide system of the liver.
引入硝酸钠(NN)后氧化还原平衡的变化具有持续时间相关效应。单次引入中毒剂量的NN会降低血液中硫醇二硫化物和抗坏血酸系统(AOS)的活力。相反,实验动物肝脏中的过程表现出AOS活性增加的趋势,这是由于硫醇酶还原形式和抗坏血酸含量增加所致。硝酸钠亚中毒剂量作用的过程其特征在于肝脏中酶促脱氧硫醇二硫化物系统的体积减小。