Watson C, Vijayan N
Department of Neurology, Wayne State University, School of Medicine, Detroit, MI 48201, USA.
Clin Anat. 1995;8(4):262-72. doi: 10.1002/ca.980080405.
Most of the details regarding the course of the sympathetic fibers to human ocular structures are based on anatomical and physiological studies in lower animals. While studying a clinical problem involving pericarotid sympathetic fibers, it became obvious that these animal observations cannot adequately explain the findings in human diseases affecting these pathways. An attempt was made, therefore, to clarify this situation. We were able to gather enough information from human clinical and experimental studies, from our own clinical observations, and from our cadaver dissections to conclude that these pathways are somewhat different from those which are usually described in the literature. Based on this information, we conclude that 1) the oculosympathetic fibers in man do not course through the tympanic plexus and/or trigeminal ganglion, and 2) the sweat glands of the face receive their innervation from both internal and external carotid sympathetic plexuses. We also have suggestive, but inconclusive, evidence regarding the final mode of distribution of these fibers to the dilator of the pupil and the smooth muscle portion (deep layer) of the levator palpebrae superioris muscle (superior tarsal muscle).
关于交感神经纤维至人眼结构的走行,大部分细节是基于对低等动物的解剖学和生理学研究。在研究一个涉及颈动脉周围交感神经纤维的临床问题时,很明显这些动物观察结果无法充分解释影响这些通路的人类疾病的发现。因此,我们试图澄清这种情况。我们能够从人类临床和实验研究、我们自己的临床观察以及尸体解剖中收集到足够的信息,从而得出结论:这些通路与文献中通常描述的有所不同。基于这些信息,我们得出以下结论:1)人类的眼交感神经纤维不经过鼓室丛和/或三叉神经节;2)面部汗腺接受来自颈内和颈外交感神经丛的双重支配。我们也有关于这些纤维至瞳孔开大肌和提上睑肌(睑板肌)平滑肌部分(深层)的最终分布方式的提示性但不确凿的证据。