CAJ | 학술논문

磁共振脑功能成像技术（fMRI）的着眼点在于利用某些特定的原子或化合物在磁场中的不同表现而对病变进行分析，从不同角度反映正常脑组织和肿瘤组织的功能和代谢变化，在研究和诊断中的作用正日益突出。在脑功能区或附近、深部脑胶质瘤手术致残率高、预后差。在常规MRI反映脑胶质瘤的解剖特征的基础上，fMRI提供有关肿瘤代谢、生化、脑白质纤维束的走行、脑功能区定位等信息，降低脑胶质瘤术后并发症等方面具有重要的应用价值。本文就目前几种常见的fMRI成像技术在胶质瘤诊治中的应用进行总结。
자공진뇌공능성상기술（fMRI）적착안점재우이용모사특정적원자혹화합물재자장중적불동표현이대병변진행분석，종불동각도반영정상뇌조직화종류조직적공능화대사변화，재연구화진단중적작용정일익돌출。재뇌공능구혹부근、심부뇌효질류수술치잔솔고、예후차。재상규MRI반영뇌효질류적해부특정적기출상，fMRI제공유관종류대사、생화、뇌백질섬유속적주행、뇌공능구정위등신식，강저뇌효질류술후병발증등방면구유중요적응용개치。본문취목전궤충상견적fMRI성상기술재효질류진치중적응용진행총결。
Functional magnetic resonance imaging based techniques have yielded improvements in both high-resolution anatomical imaging and methods focusing on different manifestation of some special atom, chemical compound in the magnetic field to evaluate physiology and function of normal brain tissue and tumor. Deep brain glioma surgery in major functional area or nearby, have a high morbidity and poor prognosis. Functional magnetic resonance imaging as applied to pretreatment staging and post-treatment evaluation of deep brain gliomas can provide information about metabolic, biochemical changes of the glioma and detect cerebral white matter fiber tracts, brain functional areas, then can reduce surgical complications. This review focused on recent developments of functional magnetic resonance imaging in the field of diagnosis and treatment for glioma.