Chaĭkovskiĭ Iu B
Arkh Anat Gistol Embriol. 1982 Oct;83(10):42-5.
A morphometric, histochemical and electron microscopic investigation of the sciatic nerve hemomicrocirculatory bed was performed (on 45 dogs) after its small part had been resected and the cut end had been sutured microsurgically. During 2--4 weeks after the operation the microvessel reactions depend mainly on the trauma and the resulted processes of aseptic inflammation, the neural fibre degeneration and vascular denervation. Within the interval of 2--4 weeks up to 6-12 months after the nerve cutting, transformations in the hemomicrocirculatory bed play an important role in the energy and plastic ensurance of the regenerative neuroma elements and the adjoining parts of the nerve. Specific reactions of the peripheral nerve microvessels at their restoration should be taken into account when estimating time of surgical operations for neural trunks and elaborating some new neurosurgical approaches.
在对45只狗的坐骨神经进行一小部分切除并显微外科缝合切断端后，对其血液微循环床进行了形态计量学、组织化学和电子显微镜研究。术后2至4周内，微血管反应主要取决于创伤以及由此产生的无菌性炎症、神经纤维变性和血管去神经支配过程。在神经切断后2至4周直至6至12个月的时间段内，血液微循环床的变化在再生神经瘤成分及神经相邻部分的能量和塑形保障中起重要作用。在评估神经干手术时间和制定一些新的神经外科手术方法时，应考虑周围神经微血管修复时的特定反应。
