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首页> 外文期刊>Neuro-ophthalmology >Delayed presentation of morning glory disc anomaly and transsphenoidal encephalocele: A management dilemma
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Delayed presentation of morning glory disc anomaly and transsphenoidal encephalocele: A management dilemma

机译:延迟介绍早晨荣耀椎间盘异常和经胸腔内脑内肌肉粒细胞:管理困境

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Background Morning glory disc anomaly (MGDA) is a rare developmental abnormality of the optic disc that is associated with many other neurological and vascular conditions. Most cases are diagnosed in childhood. Case Report We report a 57-year-old woman who presented to the ophthalmology department for assessment of long-standing poor vision in the left eye and exotropia. Examination showed a left MGDA and bitemporal hemianopsia. These findings prompted magnetic resonance imaging, revealing a transsphenoidal basal meningoencephalocele with herniation of the optic chiasm and inferior hypothalamus into the dural sac. Due to the eloquence of the neurovascular structures it contained, a decision was made not to reduce the meningoencephalocele. Instead, a ventriculo-peritoneal shunt was placed. The patient's ophthalmologic examination remained stable over the following year. Conclusion While rare, MGDA can be first diagnosed in late adulthood and a thorough evaluation should be completed to assess for midline cranial defects, vascular abnormalities, and other associated abnormalities. Patients presenting late in life with basal encephalocele, herniation of the optic chiasm, and bitemporal hemianopsia present a management dilemma. In this case, a ventriculoperitoneal shunt was placed with the intention of lowering intracranial pressure to prevent further herniation and reduce the risk of cerebrospinal fluid leak.
机译:背景日需荣耀椎间盘异常(MGDA)是与许多其他神经和血管条件相关的光盘的罕见发育异常。大多数病例被诊断为儿童时期。案例报告我们举行了一名57岁的女性,他们呈现给眼科课程,以评估左眼和外斜视的长期差。检查显示左MgDA和磅铸造型血褐化。这些调查结果促使磁共振成像,揭示了经过视神经和较低的下丘脑疝气的转胸基底脑膜骨髓。由于含有的神经血管结构的口才,决定不减少脑膜脑癌。相反,放置了脑室腹膜分流器。患者的眼科检查在持续的一年内保持稳定。结论虽然罕见,MGDA可以首次诊断成年晚期,应彻底评估,以评估中线颅缺陷,血管异常和其他相关异常。患者与基底脑灶地,视神经内脉络癌的症状,串扰患者和贝扑式血褐色的患者呈现了管理困境。在这种情况下,患有脑室分流器,旨在降低颅内压以防止进一步的突变并降低脑脊液泄漏的风险。

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