PLoS ONE · 2013 · 54 citations · 36 references
Our study shows that peripheral sensory axons are more vulnerable for ischemia than motor axons, with faster inexcitability during ischemia. Excitability studies during ischemia showed that this was associated with faster depolarization and faster persistent Na(+) channel inactivation in sensory than in motor axons. These findings might be attributed to differences in ion channel composition between sensory and motor axons and may contribute to the predominance of sensory over motor symptoms in common peripheral neuropathies.
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Strength-duration properties of human peripheral nerve
Ilona Mogyoros, Matthew C. Kiernan, David Burke · Brain · 1996 · 360 citations · Full text