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大鼠晶状体的愈合

Healing-over in rat crystalline lens.

作者信息

Bernardini G, Peracchia C, Venosa R A

出版信息

J Physiol. 1981 Nov;320:187-92. doi: 10.1113/jphysiol.1981.sp013943.

Abstract
  1. 42K efflux has been studied in normal and injured rat crystalline lenses to test their ability to heal over. Following injury, a sizeable, but transient, increase in fractional loss of 42K takes place. 2. The lens healing-over is Ca-dependent and cannot be accounted for by membrane resealing. This is excluded by the fact that Procion Yellow gains access to damaged fibres even 2 hr after injury (when the healing-over is completed). 3. The occlusion of the junctional channels is the basic mechanism of healing-over. This is supported by the observation that Procion Yellow does not diffuse from damaged to intact fibres and by the Ca dependency of the phenomenon.
摘要
  1. 已对正常和受损大鼠晶状体中的42K外流进行了研究,以测试它们的自我修复能力。损伤后,42K的分数损失会出现相当大但短暂的增加。2. 晶状体的自我修复依赖于钙,不能用膜重新封闭来解释。损伤后2小时(此时自我修复已完成)普罗辛黄仍能进入受损纤维,这一事实排除了膜重新封闭的可能性。3. 连接通道的堵塞是自我修复的基本机制。普罗辛黄不会从受损纤维扩散到完整纤维,以及该现象对钙的依赖性,这些观察结果支持了这一点。
https://cdn.ncbi.nlm.nih.gov/pmc/blobs/4150/1244041/3e06464c64c9/jphysiol00691-0200-a.jpg

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