The Morphology of the Spinal Cord after Traction Injuries

I. I. Larkin, Viktor Aleksandrovich Akulinin, S. Stepanov, L. A. Sitko, Aleksandr Sergeevich Preobrazhensky, S. Zlobin
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Abstract

Actuality .  Traction spinal cord injuries in children are of particular interest to researchers at present. Tractional damage associated not only with the trauma (SCIWORA syndrome), but can occur during elimination of deformation of the spine. The purpose of the study  was to study the peculiarities of morphological disorders of the spinal cord in traction mechanism of injury.  Materials and methods.  Performed 3 series of experiments on test machine AL-7 LA10. Dosed stretching of the spine of experimental animals (n=12) varied at 5, 10 and 20% of its original length. After 72 hours animals were removed from the experiment and carried out a histological study of the spinal cord. Results and their discussion.  It was found that after traction cyto - and myeloarchitectonic the cord was changed depending on the degree of stretching of the spine. If a strong tension (20%) of the neurons was exposed to irreversible changes. The recovery of the functional modules was probably due to the reorganization of surviving neural networks. Сonclusion .  The obtained data can be taken into account when planning the operations to eliminate kyfo-scoliosis spinal deformities in children.
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牵引损伤后脊髓形态学的研究
现状。儿童牵引脊髓损伤是目前研究人员特别感兴趣的问题。牵引性损伤不仅与创伤相关(SCIWORA综合征),也可能发生在脊柱变形消除过程中。本研究的目的是探讨脊髓形态障碍在牵引损伤中的特殊性。材料和方法。在AL-7 LA10试验机上进行了3个系列实验。实验动物(n=12)脊柱的剂量拉伸分别为原长度的5%、10%和20%。72小时后,将动物从实验中取出,对脊髓进行组织学研究。结果和讨论。结果发现,在细胞和骨髓结构牵拉后,脊髓的变化取决于脊柱的拉伸程度。如果一个强张力(20%)的神经元暴露于不可逆的变化。功能模块的恢复可能是由于幸存的神经网络的重组。Сonclusion。获得的数据可以在计划手术时考虑到消除儿童脊柱侧凸脊柱畸形。
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