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[微波损伤鸡胚骨骼肌组织的超微结构]

[Ultrastructure of skeletal muscle tissue of microwave damaged chick embryos].

作者信息

Danilov R K

出版信息

Arkh Anat Gistol Embriol. 1980 Jan;78(1):83-8.

PMID:7387414
Abstract

The effect of ultrahigh-frequency energy of electromagnetic field of low intensity on certain morphometric indices of intracellular organoids and on cellular ultrastructure were studied in the developing skeletal muscular tissue of chick embryos. In the skeletal muscles of irradiated embryos a limited cellular destruction, structural disorders in myonic organoids were revealed. Reactive-recovery processes manifested themselves in hyperplasy and hypertrophy of organoids, in activation of protein synthesis, in increasing amount of myosatellites. At early stages after irradiation peripheral mitochondria are subjected to greater changes. After hatching, central mitochondria in myons suffer more. Quantitative changes in myonic organoids and degree of their destruction seem to depend on.a peculiar differentiation of the muscular tissue, blood supply and innervation of the muscle as an organ.

摘要

研究了低强度电磁场的超高频能量对鸡胚发育中的骨骼肌组织内细胞器某些形态计量指标和细胞超微结构的影响。在受辐照胚胎的骨骼肌中,发现了有限的细胞破坏以及肌小节细胞器的结构紊乱。反应 - 恢复过程表现为细胞器的增生和肥大、蛋白质合成的激活以及肌卫星细胞数量的增加。辐照后的早期阶段,外周线粒体变化更大。孵化后,肌纤维中的中央线粒体受损更严重。肌小节细胞器的定量变化及其破坏程度似乎取决于肌肉组织的特殊分化、作为器官的肌肉的血液供应和神经支配。

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