CAJ | 학술논문

大量研究表明，病理性高频振荡和癫痫的发作有着密切的联系。近年来，脑电采集技术越来越高的时间分辨率和空间分辨率，通过颅内电极已经能够从癫痫患者的大脑中记录到高频振荡，与高频振荡相关的研究正得到众多研究者的重视。高频振荡的采集技术、自动检测技术以及新的高频振荡的分析与量化算法正得到快速的发展，他作为一种新的癫痫标记物能够有效的反映癫痫的活动，对于确定致痫灶和指导癫痫手术有着重要的意义。
대량연구표명，병이성고빈진탕화전간적발작유착밀절적련계。근년래，뇌전채집기술월래월고적시간분변솔화공간분변솔，통과로내전겁이경능구종전간환자적대뇌중기록도고빈진탕，여고빈진탕상관적연구정득도음다연구자적중시。고빈진탕적채집기술、자동검측기술이급신적고빈진탕적분석여양화산법정득도쾌속적발전，타작위일충신적전간표기물능구유효적반영전간적활동，대우학정치간조화지도전간수술유착중요적의의。
Lots of studies implicate that pathological high-frequency oscillation (HFO) was associated with epilepsy. In recent years, new recording technologies have advanced such that, at high temporal and spatial resolutions, high-frequency oscillation can be recorded in partial epilepsy by intracranial electrodes. More and more researchers focus on the study of high frequency oscillation. The techniques, which were used to record, automatic mine, analysis and quantify high-frequency oscillation, are develop quickly. As a new biomarker of epilepsy, high-frequency oscillation can reflect the epileptic form activity. The HFO has a great value in localization of human epileptic brain and epilepsy surgery.