连接神经管缺损(JNTD):一种罕见且相对较新的脊柱发育不良畸形。

Sebastian Eibach, Dachling Pang
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引用次数: 0

摘要

连接神经的形成是连接初级和次级神经发育的开始和结束的中间步骤,完成了初级和次级神经发育的序贯胚胎学过程。其确切的分子过程一直是科学界争论的焦点。连接神经管缺陷(JNTD)的异常于2017年首次被描述为基于一系列三名患者,他们表现出结构良好的次级神经管,即锥体,其物理上与其伴生的初级神经管分开相当距离,并且在功能上与吻侧皮质脊髓控制断开。此后,文献中出现了其他几个符合这种奇怪神经管排列的病例,加强了这种实体的有效性。本章将描述JNTD的临床、神经影像学和电生理特征,以及其胚胎发生机制的假设。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Junctional Neural Tube Defect (JNTD): A Rare and Relatively New Spinal Dysraphic Malformation.

Junctional neurulation completes the sequential embryological processes of primary and secondary neurulation as the intermediary step linking the end of primary neurulation and the beginning of secondary neurulation. Its exact molecular process is a matter of ongoing scientific debate. Abnormality of junctional neurulation-junctional neural tube defect (JNTD)-was first described in 2017 based on a series of three patients who displayed a well-formed secondary neural tube, the conus, that is physically separated by a fair distance from its companion primary neural tube and functionally disconnected from rostral corticospinal control. Several other cases conforming to this bizarre neural tube arrangement have since appeared in the literature, reinforcing the validity of this entity. The clinical, neuroimaging, and electrophysiological features of JNTD, as well as the hypothesis of its embryogenetic mechanism, will be described in this chapter.

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