Danilov R K, Odintsova I A, Naĭdenova Iu G
Morfologiia. 1996;110(5):86-90.
Peculiarities of skeletal muscular tissue regeneration were studied after inflicting the gunshot damage in rabbits. Phase 1 of the wound process consists of forming of the posttraumatic necrosis zone, disintegration of skeletal muscular tissue differons and macrophage activation. Proliferation phase starts 36 hrs after the wound was inflicted and includes myosatellitocyte activation and proliferation and myoblast appearance. The process of myogenic cell differentiation is similar to whose in embryonal myogenesis. Two ways of symplast appearance were described--the myoblastic one and the one by means of muscular bud growth from the viable muscular fiber. Regenerative and degenerative processes run simultaneously in all experiments studied. Definitive fibres located on a distance from the wound die so as the newly formed ones (sources of the delayed necrosis nidi). Results obtained allow to define the peculiarities of skeletal muscular tissue more precisely.
在兔身上造成枪伤后,研究了骨骼肌组织再生的特点。创伤过程的第一阶段包括创伤后坏死区的形成、骨骼肌组织分化单元的解体和巨噬细胞的激活。增殖阶段在受伤后36小时开始,包括肌卫星细胞的激活、增殖和成肌细胞的出现。成肌细胞分化过程与胚胎期肌发生过程相似。描述了两种形成合胞体的方式——成肌细胞方式和通过存活肌纤维的肌芽生长方式。在所有研究的实验中,再生和退变过程同时进行。远离伤口的成熟纤维死亡,新形成的纤维(延迟坏死灶的来源)也如此。所得结果有助于更精确地确定骨骼肌组织的特点。