The quick-freezing of single intact skeletal muscle fibers at known time intervals following electrical stimulation.

Scanning electron microscopy Pub Date : 1986-01-01
R Nassar, N R Wallace, I Taylor, J R Sommer
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引用次数: 0

Abstract

Single intact frog skeletal muscle fibers quick-frozen after known time intervals following electrical stimulation are examined electron microscopically in thin sections, after freeze-substitution, in freeze-fracture/etch preparations, and in cryosections prepared for x-ray microprobe analysis. Techniques are described to perform these operations on a single fiber. Notable morphological differences between conventionally fixed and cryopreserved muscle fibers, and between fibers quick-frozen at different post-stimulation intervals are demonstrated.

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电刺激后单个完整的骨骼肌纤维在已知的时间间隔内快速冷冻。
在电刺激后的已知时间间隔内快速冷冻的单个完整青蛙骨骼肌纤维,在薄片、冷冻替代、冷冻断裂/蚀刻制剂和为x射线显微探针分析准备的冷冻切片中进行了电镜检查。本文描述了在单个光纤上执行这些操作的技术。在常规固定和冷冻保存的肌肉纤维之间,以及在不同刺激后间隔快速冷冻的纤维之间,证明了显著的形态学差异。
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