HISTOCHEMICAL MAPPING AND FIBER SIZE ANALYSIS OF MIMIC MUSCLES
HISTOCHEMICAL MAPPING AND FIBER SIZE ANALYSIS OF MIMIC MUSCLES
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DOI：
10.1097/00006534-199009000-00005
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发表时间：
1990-09-01
影响因子：
3.6
通讯作者：
GRUBER, H
中科院分区：
文献类型：
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作者：
FREILINGER, G;HAPPAK, W;GRUBER, H
14个功能相关的模拟肌肉的9个人体进行了分析，就其肌纤维的大小和组织化学纤维类型组成。在冷冻切片染色肌动球蛋白ATP酶，1型和2型纤维分别进行了评价，通过计算机辅助图像分析。纤维直径在20.24和41.45 [mu] m之间变化。根据肌纤维类型的比例，模拟肌可分为三组：（1）相位肌，1型纤维占14%~ 15%;（2）中间肌，1型纤维占28%~ 37%;（3）强直肌，1型纤维占41%~ 67%。结论是，一个必须考虑这种多样性的模仿肌肉时，规划手术重建面瘫。
Fourteen functionally relevant mimic muscles of nine human bodies were analyzed with respect to their muscle fiber sizes and their histochemical fiber type composition. In cryostat sections stained for actomyosin ATPase, type 1 and type 2 fibers were evaluated separately by means of computer-assisted image analysis. The fiber diameters varied between 20.24 and 41.45 [mu] m. According to the proportions of the fiber types, the mimic muscles could be classified into three groups:(1) phasic muscles, with 14 to 15 percent type 1 fibers,(2) intermediate muscles, with 28 to 37 percent type 1 fibers, and (3) tonic muscles, containing 41 to 67 percent type 1 fibers. It is concluded that one has to consider this diversity of mimic muscles when planning the surgical reconstruction of facial paralysis.