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- Title
Microscope-Microscopic Study of Sprinting Injury in Subdural Skeletal Muscle.
- Authors
Shuangling Li; Guang Yang; Baofeng Zhu
- Abstract
The purpose of this article is to explore the study of sports injuries of subdural skeletal muscle sports sprints under a microscope. Observe the skeletal muscles with a high-precision microscope; at low magnification: the muscle fibers ars stained bright red, and the longitudinally cut fibers are long bands and nuclei Oblate, close to the sarcolemma, the long axis is consistent with the muscle fiber, each muscle fiber has multiple nuclei, the cross-section of the muscle fiber is round, the nucleus is round, and it is also close to the sarcolemma. At high magnification: uniform horizontal stripes can be seen on the longitudinal section, and myofibrils on the transverse section are in the form of fine red dots. After strenuous exercise and long-term exercise, under the pulling action of mechanical external force, the skeletal muscle cell membrane may be damaged to varying degrees and its permeability increases. Through the study of patients with sports injuries of subdural skeletal muscles, using high-precision microscope observation and analysis, the results show that it is feasible to observe sports injuries of subdural skeletal muscles by means of high-precision microscope observation and analysis. The patient's observation is more accurate, the observation accuracy is improved by 15%, and the cure rate is increased by 20%.
- Publication
Acta Microscopica, 2020, Vol 29, Issue 3, p1686
- ISSN
0798-4545
- Publication type
Academic Journal