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多模态影像技术在儿童症状性癫痫中的应用进展

房俊芳 狄宁宁 董景敏 李潇潇 穆新暖 姜兴岳

磁共振成像2024,Vol.15Issue(4):171-176,6.
磁共振成像2024,Vol.15Issue(4):171-176,6.DOI:10.12015/issn.1674-8034.2024.04.028

多模态影像技术在儿童症状性癫痫中的应用进展

Research progress of multimodal magnetic resonance imaging in children with symptomatic epilepsy

房俊芳 1狄宁宁 1董景敏 1李潇潇 1穆新暖 1姜兴岳1

作者信息

  • 1. 滨州医学院附属医院放射科,滨州 256600
  • 折叠

摘要

Abstract

Children with epilepsy are a group that is particularly vulnerable to developing brain damage due to the developmental stage of the central nervous system.The causes of epilepsy in children are more complex and diverse,and the symptoms can take various forms.Early diagnosis and effective treatment can reduce the damage to the child's cerebral cortex,and maximize the brain function.According to whether there is obvious convulsions,epilepsy can be divided into convulsions and non-convulsions.Convulsions are easier to diagnose than non-convulsions,which can lead to misdiagnosis and delay in treatment.To confirm a diagnosis,it is necessary to use electroencephalography,which generates or exhibits rhythmic electrical discharges.With the continuous development of imaging techniques,it has become possible to identify the causes of epilepsy and locate the seizure foci more accurately and precisely.Additionally,functional imaging techniques have made it possible to early assess the changes in brain function during the early stage of epilepsy.In this article,we reviewed the research progress and clinical application of MRI and its fusion with positron emission tomography(PET)in children with symptomatic epilepsy in recent,the aim is to provide reference and reference for the related research in the future.

关键词

儿童/癫痫/磁共振成像/结构磁共振成像/功能磁共振成像/多模态成像

Key words

pediatric/epilepsy/magnetic resonance imaging/structural magnetic resonance imaging/functional magnetic resonance imaging/multimodal imaging

分类

医药卫生

引用本文复制引用

房俊芳,狄宁宁,董景敏,李潇潇,穆新暖,姜兴岳..多模态影像技术在儿童症状性癫痫中的应用进展[J].磁共振成像,2024,15(4):171-176,6.

基金项目

Natural Science Foundation of Shandong Province(No.ZR2019BH025). 山东省自然科学基金项目(编号:ZR2019BH025) (No.ZR2019BH025)

磁共振成像

OA北大核心CSTPCD

1674-8034

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