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高级 MRI 形态学研究显示,海马回高信号的健康个体无萎缩。

Advanced MRI morphologic study shows no atrophy in healthy individuals with hippocampal hyperintensity.

机构信息

Institute of Neurology, University Magna Græcia, Catanzaro, Italy.

出版信息

AJNR Am J Neuroradiol. 2013 Aug;34(8):1585-8. doi: 10.3174/ajnr.A3458. Epub 2013 Feb 28.

Abstract

We have already shown that brain MR imaging of healthy individuals frequently reveals either unilateral or bilateral Hh, which is considered a hallmark of hippocampal sclerosis. We performed a follow-up (5-year interval) clinical and advanced imaging study of these individuals to address whether Hh may have masked occult brain atrophy or contributed to a later onset of epilepsy. Subjects with Hh (n = 13) underwent a detailed clinical-imaging protocol, with a 3T scan and were studied with automated hippocampal segmentation (FreeSurfer), whole brain voxel-based morphometry, and shape analysis. All 13 subjects with Hh had normal neurologic examination findings with no cognitive impairment. Multimodal structural neuroimaging methods did not show clear evidence of significant volumetric changes between subjects with or without Hh. We clearly showed that Hh is not associated with any occult brain atrophy; furthermore, none of the healthy subjects with MR imaging evidence of Hh developed epilepsy or trouble with cognition.

摘要

我们已经表明,健康个体的脑磁共振成像经常显示单侧或双侧 HH,这被认为是海马硬化的标志。我们对这些个体进行了后续(5 年间隔)临床和高级成像研究,以确定 HH 是否可能掩盖了隐匿性脑萎缩,或者导致癫痫发作较晚。有 HH 的受试者(n = 13)接受了详细的临床成像方案,包括 3T 扫描,并进行了自动海马分割(FreeSurfer)、全脑体素形态计量学和形状分析研究。所有 13 名有 HH 的受试者的神经系统检查结果均正常,无认知障碍。多模态结构神经影像学方法并未显示出 HH 受试者与无 HH 受试者之间存在明显的体积变化的明确证据。我们清楚地表明,HH 与任何隐匿性脑萎缩无关;此外,没有任何磁共振成像有 HH 证据的健康受试者出现癫痫或认知障碍。

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