Iurukova Ts
Eksp Med Morfol. 1975;14(2):75-83.
The author describes the histological and ultrastructural manifestations of the reactions of the arterial wall after experimental damage and the phases, through which the process of repair passed. After the initial response the standard hemostatic and inflammatory reaction in all cases occurred substitution of the damaged areas of the arterial wall and regeneration of the involved cellular components of the arterial tissue, which caused repair of its integrity. The repair reaction was manifested with proliferation of smooth muscle cells in the subendothelial area of the damaged artery and with abundant accumulation of the connective tissue martrix, which after some period of time caused formation of the so called intimal thickening. In cases with many massive intimal thickenings there were disturbances in the transparietal diffusion of oxygen and nutritive substances, which affected favourably the penetration of serum lipoproteins in the arterial wall and facilated for the development of atherosclerosis in the zones of the preceding arterial damage.
作者描述了实验性损伤后动脉壁反应的组织学和超微结构表现以及修复过程所经历的阶段。在初始反应之后,所有病例均出现标准的止血和炎症反应,动脉壁受损区域发生替代,动脉组织中受累的细胞成分再生,从而修复其完整性。修复反应表现为受损动脉内皮下区域平滑肌细胞增殖以及结缔组织基质大量积聚,一段时间后导致所谓的内膜增厚形成。在有许多大量内膜增厚的病例中,氧和营养物质的跨壁扩散出现障碍,这有利于血清脂蛋白渗透到动脉壁,并促进先前动脉损伤区域动脉粥样硬化的发展。