Ca 2+ involvement in activation of extracellular-signal-regu
发布时间:2020-12-14 00:45
Detailed mechanisms behind regeneration after nerve injury, in particular signal transduction and the fate of Schwann cells(SCs), are poorly understood. Here, we investigated axotomy-induced activation of extracellular-signal-regulated kinase-1/2(ERK1/2; important for proliferation) and m-calpain in vitro, and the relation to Ca2+ deletion and Schwann cell proliferation and death after rat sciatic nerve axotomy. Nerve segments were cultured for up to 72 hours with and without ethylene glycol-bis...
【文章来源】:Neural Regeneration Research. 2017年04期
【文章页数】:6 页
【文章目录】:
Introduction
Materials and Methods
Animals
Organotypic culture of sciatic nerve segments
Immunohistochemistry
Photography and image analysis
Statistical analysis
Results
p-ERK1/2
Brd U
PI
M-calpain
Effects of Ca2+deprivation
p-ERK1/2When the n
Brd U
PI
M-calpain
Discussion
本文编号:2915484
【文章来源】:Neural Regeneration Research. 2017年04期
【文章页数】:6 页
【文章目录】:
Introduction
Materials and Methods
Animals
Organotypic culture of sciatic nerve segments
Immunohistochemistry
Photography and image analysis
Statistical analysis
Results
p-ERK1/2
Brd U
PI
M-calpain
Effects of Ca2+deprivation
p-ERK1/2When the n
Brd U
PI
M-calpain
Discussion
本文编号:2915484
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