Williams I R, Jefferson D, Gilliatt R W
J Neurol Sci. 1980 May;46(2):199-207. doi: 10.1016/0022-510x(80)90078-7.
In 6 baboons the deep peroneal nerve was compressed for 1 hr by a weighted cord laid over the leg just above the ankle. The procedure was carried out on both sides in a single experiment. On one side the whole leg was rendered ischaemic by a cuff round the thigh which was maintained for 3 or 4 hr before and during the period of nerve compression at the ankle. As judged by the severity of the conduction block at the ankle 24 hr later, and its subsequent recovery, the compressed nerves which were also made ischaemic fared no worse than those subjected to compression alone. Histological studies showed evidence of selective damage to large myelinated fibres during the compression; this damage was not increased on the ischaemic side. There is thus no evidence that ischaemia increased the susceptibility of nerve fibres to mechanical damage in these experiments.
在6只狒狒身上,用一根置于脚踝上方腿部的加重绳索对腓深神经进行1小时的压迫。在单个实验中,双侧腿部均进行该操作。一侧腿部通过环绕大腿的袖带造成缺血,在脚踝处神经压迫之前及压迫期间维持3或4小时。根据24小时后脚踝处传导阻滞的严重程度及其随后的恢复情况判断,同时遭受缺血的受压神经,其情况并不比单纯受压的神经更糟。组织学研究显示,在压迫过程中存在对大型有髓纤维的选择性损伤;缺血侧的这种损伤并未加重。因此,在这些实验中没有证据表明缺血会增加神经纤维对机械损伤的易感性。