完全性动眼神经麻痹者无瞳孔改变。
Among the patients with complete oculomotor nerve paralysis, no pupillary change appeared.
目的观察针刺治疗动眼神经麻痹的客观疗效。
Purpose to observe the curative effect of electroacupuncture on oculomotor paralysis.
结果CS上壁内有内侧三角和动眼神经三角；
Results There were medial trigone and oculomotor nerve trigone in the superior wall of the CS.
目的观察针刺治疗动眼神经麻痹的客观疗效。
Purpose to observe the curative effect of electroacupuncture on oculomotor paralysis. Method acupuncture was used to treat oculomotor paralysis.
痛性眼肌麻痹表现为海绵窦增大和动眼神经强化。
Algetic ophthalmoplegia manifested the enlargement of cavernous sinus and enhancement of oculomotor nerve.
目的探讨池段动眼神经的应用解剖及其临床意义。
Objective to study the applied anatomy of the cisternal segment of oculomotor nerve and its clinical significance.
动眼神经下干分出内直肌支、下直肌支和下斜肌支。
Inferior division of oculomotor nerve branched into medial rectus, superior rectus and superior oblique muscles.
结论动眼神经损伤绝大多数能在4个月内治愈或好转。
ConclusionMost patients with oculomotor nerve injuries can be cured of or improved within 4 months.
目的：观察大鼠前庭神经核群向动眼神经核的投射纤维特征。
AIM: to observe the characteristics of projection fibers from vestibular nucleus to oculomotor nucleus OMN in rats.
注射部位在动眼神经核的背侧，没有影响动眼神经核的腹侧。
Injection on the dorsal parts of OMN did not affect the ventral parts of OMN.
目的：探讨海绵窦上段动眼神经的应用解剖并讨论其临床意义。
Objective:To study the applied anatomy and clinical significance of the supra-cavernous sinus segment of oculomotor nerve.
注射到动眼神经核的外部累及内侧纵束和动眼神经核的少部分。
Injection in exterior OMN affected little parts of medial longitudinal fasciculus and OMN.
术后并发持续性动眼神经麻痹3例，听力下降1例，声嘶1例。
Postoperatively, persistent oculomotor palsy was occurred in 3 cases, hearing loss in 1 case, persistent hoarseness in 1 case.
我怕，那清澈的眼神经过社会的洗涤变得深邃，让人深不可测。
I'm afraid that clear eyes after social washing become abstruse, let a person deep.
两支之间以及与眼神经的眶上神经和泪腺神经之间，都有交通支。
There are communicating branches among the temporal branches, the zygomatic branches and the supraorbital and lacrimal nerves of the ophthalmic nerve.
血管密度较高的核团有下丘核、动眼神经核、滑车神经核和红核；
The high density nuclei are inferior collicular nucleus, oculomotor nucleus, trochlear nucleus and red nucleus.
结果：眼神经的分支额神经、鼻睫神经和泪腺神经均经眶上裂入眶。
Results: the frontal, nasociliary and lacrimal nerve, divisions of ophthalmic nerve, entered the orbit via the superior orbital fissure.
报告102例大脑后交通动脉瘤，其中伴有动眼神经麻痹者61例。
We reported 102 cases with aneurysm of posterior communication artery, of which 61 cases developed oculomotor nerve paralysis.
MRI可多层面成像，分辨力高，是诊断动眼神经麻痹的最佳手段。
MRI may obtain direct multiplanar section and is an accurate method in evaluating the oculomotor nerve palsy.
目的：总结脑动脉瘤致动眼神经麻痹的数字减影血管造影（DSA）的表现。
Objective: To conclude the performance of digital subtraction angiography (DSA) in detecting oculomotorius paralysis caused by cerebral aneurysms.
动眼神经上干出总腱环后行于上直肌与视神经之间，并分支入上直肌和上睑提肌。
Superior division of oculomotor nerve coursed between optic nerve and superior rectus muscle after it left zinn ring, its branches entered into the superior rectus muscle and levator muscle.
主要并发症为假性动脉瘤，占18.5%，但仅1例引起不可恢复的动眼神经麻痹。
The frequent complication was a false aneurysm in 18.5% of cases, Only 2 cases induced irrecoverable oculomotor nerve palsy.
结论：对于部分动眼神经麻痹的患者应行dsa检查，以明确或排除脑动脉瘤的可能。
Conclusion: DSA should be performed in patients with oculomotor paralysis in order to determine the possibility of the brain aneurysms.
方法运用针刺治疗动眼神经麻痹，测定治疗前后眼裂、瞳孔变化值以及眼球运动范围值。
Method Acupuncture was used to treat oculomotor paralysis. The sizes of palpebral fissure and pupil and the range of eye movement were determined before and after the treatment.
方法观察39例各类动眼神经损伤，分析动眼神经损伤的恢复时限及其预后的影响因素。
MethodsThrough clinical observation of 39 cases with different kinds of oculomotor nerve injuries, recovery time and the factors affecting the prognosis were analyzed.
结论：星形胶质细胞可能参与了青光眼神经纤维的进一步损害和抑制了神经纤维轴索再生。
CONCLUSION: Astrocytes may take part in the further lesion of nerve fiber in glaucoma, and inhibit the regeneration of nerve fiber axis-cylinder.
结论：星形胶质细胞可能参与了青光眼神经纤维的进一步损害和抑制了神经纤维轴索再生。
CONCLUSION: Astrocytes may take part in the further lesion of nerve fiber in glaucoma, and inhibit the regeneration of nerve fiber axis-cylinder.
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