Kurbanov F F, Mamedov T G, Abdullaev Kh D, Akhmedov N A, Manoĭlov S K
Radiats Biol Radioecol. 1995 Mar-Apr;35(2):200-4.
The literature data on the changes in composition, structure and properties of hemoglobin under the influence of ionizing radiation in vivo are reviewed. The algorithm of calculation of damaged hemoglobin molecule percentage is proposed. Four main realizations of radiation-chemical damage are considered. By the algorithm the estimation of the damaged molecules percentage resulted from the exposure of 10 Gy is given. Hemoglobin radiation damage is considered as one of the most important mechanisms triggering radiation sickness.
综述了体内电离辐射影响下血红蛋白的组成、结构和性质变化的文献数据。提出了受损血红蛋白分子百分比的计算算法。考虑了辐射化学损伤的四种主要表现形式。通过该算法给出了10 Gy照射导致的受损分子百分比估计值。血红蛋白辐射损伤被认为是引发辐射病的最重要机制之一。
