球孢子菌病脑膜炎并发脊髓蛛网膜炎的临床及影像学特征分析。

Geetha Sivasubramanian, Saurin Kadakia, Jani M Kim, Sarah Pervaiz, Yueqi Yan, Robert Libke
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引用次数: 0

摘要

背景:球孢子菌性脑膜炎(CM)是最具侵袭性的球孢子菌病,需要终生抗真菌治疗,通常需要脑脊液(CSF)转移。长期CM可与脊髓并发症如蛛网膜炎相关。然而,描述CM患者蛛网膜炎的频率、临床和影像学特征的研究有限。方法:2010年1月至2020年12月,我们通过脑脊液培养、PCR或血清学鉴定了133例CM患者。其中,37例患者接受了脊柱成像。回顾了人口统计学、危险因素、症状、抗真菌治疗、手术治疗、随访、依从性、血清学趋势和影像学结果等方面的数据。结果:37例CM患者行脊柱影像学检查,其中30例出现异常。在我们的研究中,影像学异常包括轻脑膜增强(53%)、蛛网膜炎(53%)、脊髓空洞(23%)、脊髓信号异常(10%)和骨髓炎(7%)。在这30名患者中,90%的人有虚弱、麻木或尿潴留等症状。本研究中蛛网膜炎的发生率为12%。较高的初始脑脊液蛋白水平和颅内压与发生蛛网膜炎/脊髓空洞的高风险相关。CM的管理是具有挑战性的,分流失败(46%),药物不依从性(57%)和缺乏足够的随访(60%)。62%的患者存在持续性残疾。结论:CM患者可出现蛛网膜炎或脊髓空洞等脊柱并发症。由于在早期阶段缺乏症状,许多病例可能未被发现。CM管理的挑战,如分流失败,缺乏随访护理,药物不依从,是常见的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Spinal Arachnoiditis in Patients with Coccidioidomycosis Meningitis-Analysis of Clinical and Imaging Features.

Spinal Arachnoiditis in Patients with Coccidioidomycosis Meningitis-Analysis of Clinical and Imaging Features.

Spinal Arachnoiditis in Patients with Coccidioidomycosis Meningitis-Analysis of Clinical and Imaging Features.

Spinal Arachnoiditis in Patients with Coccidioidomycosis Meningitis-Analysis of Clinical and Imaging Features.

Background: Coccidioidomycosis meningitis (CM) is the most aggressive form of coccidioidomycosis, requiring lifelong antifungal treatment and often cerebrospinal fluid (CSF) diversion. Long-standing CM can be associated with spinal complications such as arachnoiditis. However, studies describing the frequency, clinical, and imaging characteristics of arachnoiditis in patients with CM are limited. Methods: We identified 133 patients with CM based on CSF culture, PCR, or serology between January 2010 and December 2020. Of these, 37 patients underwent spinal imaging. Data on demographics, risk factors, symptoms, antifungal therapy, surgical management, follow-up visits, adherence, serological trends, and imaging findings were reviewed. Results: Abnormal findings were observed in 30 of the 37 patients with CM who underwent spinal imaging. The imaging abnormalities noted in our study included leptomeningeal enhancement (53%), arachnoiditis (53%), syringomyelia (23%), cord signal abnormalities (10%), and osteomyelitis (7%). Of the 30 patients, 90% had symptoms, such as weakness, numbness, or urinary retention. The incidence of arachnoiditis in the present study was 12%. Higher initial CSF protein levels and intra cranial pressure were associated with a higher risk of developing arachnoiditis/syringomyelia. Management of CM was challenging, as evidenced by shunt failure (46%), medication non-compliance (57%), and lack of adequate follow-up (60%). Persistent disabilities were noted in 62% of the patients. Conclusions: Patients with CM develop spinal complications such as arachnoiditis, or syringomyelia. Many cases may go undetected due to lack of symptoms in early stages. CM management challenges such as shunt failure, lack of follow-up care, and medication noncompliance, were frequent.

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