1)ECoG皮层脑电图
1.Objectives:To explore the clinical applied value of electrocorticogramy(ECoG) in the operation of patients with brain tumour and secondary epilepsy.目的:研究皮层脑电图(ECoG)监测在脑肿瘤继发癫患者手术中的应用价值。
2.Objective: To explore the action of VEEG and ECoG in surgical treatment of refractoryepilepsy.目的:探讨同步录像脑电图(VEEG)与皮层脑电图(ECoG)在外科手术切除难治性癫痫致痫灶中的作用。
3.Methods In 4 years,165 patients who are secondary epilepsies have been performed by the method that original lesions were resected and peripheral cortices were fulgurated by bipolar according to ECoG.目的 总结术中皮层脑电图 (ECoG)用于继发性癫痫外科治疗的临床经验。
英文短句/例句
1.Localization coincidence between MEG and VEEG plus ECoG were 82% and 96%, respectively.脑磁图与视频脑电及皮层脑电图的定位符合率分别为 82 %和 96 % ;
2.The observation of the ECoG changes in newborn piglets with HIBD;新生猪缺氧缺血性脑损伤皮层脑电图的变化
3.Effects of Propofol on ECOG in Patients during Epiletics Foci Resection异丙酚对癫痫病灶切除中皮层脑电图的影响
4.Surgical Management for Secondary Epilepsy under the Monitoring of Electrocorticography皮层脑电图监测下手术治疗继发性癫痫
5.The effect of 1iensinine on cortical EEG of epileptic rats induced by penicillin莲心碱对青霉素致痫大鼠皮层脑电图的影响
6.Management of combined multiform operations for epilepsy caused by encephalomalacia under the monitoring of electrocorticography皮层脑电图监测下多种术式联合治疗脑软化灶所致的继发性癫痫
7.Efficacy of intraoperative electrocorticography monitoring for assessing seizure outcomes in epilepsy patients undergoing brain tumor resection术中皮层脑电图在伴发癫痫脑肿瘤应用的预后效果
8.Effects of midazolam on ECOG in epileptics operation咪唑安定对癫痫病人术中皮层脑电图变化的影响
9.Purpose: To study the value of ECoG in treating refractory epilepsy by surgery.目的:探讨皮层脑电图监测在外科手术治疗顽固性癫痫中的价值。
10.SIGNIFICANCE OF ECoG MONITORING IN TREATING REFRACTORY EPILEPSY BY SURGICAL OPERATION皮层脑电图监测在外科手术治疗顽固性癫痫中的意义
11.The results showed small dose midazolam did not influence the waves of ECOG during operation.本结果提示小剂量咪唑安定对皮层脑电图无明显影响。
12.Electrocorticogram Monitoring in Resection of Epileptogenic Focus:Reports of 96 cases皮层脑电图监测在致痫灶切除术中的应用(附96例报告)
13.Predictive value of electrocorticography on postoperative epilepsy in patients with intracranial tumors颅内肿瘤切除前后皮层脑电图的变化对术后癫痫的预测价值
14.Influence of electrocorticogram (ECoG) in rats following absence seizures induced by γ-Butyrolactone脂多糖对γ-丁内酯致大鼠失神发作皮层脑电图的影响
15.Results The epileptogenic foci localization coincidence 100% between the pre-operative localization and ECoG. The epileptiform discharges were disappeared in 9 patients,and significantly improved in 5 after operation.结果术中皮层脑电图与术前定位符合率100%,术后?样放电消失9例明显好转5例。
16.BRAIN INFORMATION MAPPING METHOD ACCORDING TOTHE EEG INFORMATION TRANSLATING TIME SERIES基于大脑皮层信息传输的脑电信息图示方法
17.THE EFFECTS OF HUPERZINE A ON BEHAVIOR AND ECoG IN ANIMALS石杉碱甲对动物行为和脑皮层电图的影响
18.THE DYNAMIC CHANGES OF ECoG AND PROTECTIVE EF- FECT OF GANGLIOSIDE IN CEREBRAL大鼠脑缺血皮层电图动态变化及神经节苷脂的保护作用
相关短句/例句
Electrocorticography[i'lektr?u,k?:ti'k?ɡr?fi]皮层脑电图
1.Management of combined multiform operations for epilepsy caused by encephalomalacia under the monitoring of electrocorticography皮层脑电图监测下多种术式联合治疗脑软化灶所致的继发性癫痫
2.Objective To investigate the curative effect of electrocorticography(ECoG) monitoring in the microsurgical treatment of cavernous angiomas.目的:探讨术中应用皮层脑电图(ECoG)监测对提高有癫痫史的海绵状血管瘤手术疗效的作用。
3)electrocorticogram[i,lektr?u'k?:tik?ɡr?m]皮层脑电图
1.The electrocorticogram(ECoG)and the electrohippocampalogram(EHG) and the evoked potentials of cerebral cortex were observed after the injection of calcium channel blocker MnCl 2 into lateral cerebroventricle.应用化学致痫剂马桑内酯诱发大鼠大脑皮质痫样放电 ,于侧脑室注射无机钙通道阻滞剂氯化锰后观察对致痫动物皮层脑电图、海马电图和皮层诱发电位的影响。
2.The electrocorticogram(ECoG)and the electrohippocampalogram(EHG) and the evoked potentials of cerebral cortex were observed after the injection of calcium channel blocker flunarizine into lateral cerebroventricle.采用皮层应用马桑内酯的方法致痫大鼠 ,观察侧脑室注射钙通道阻滞药氟桂嗪对致痫动物皮层脑电图、海马电图和皮层诱发电位的影响。
4)Cortical electroencephalogram皮层脑电图
1.Objective To evaluate the accuracy of localization of intractable epileptiogenic lesion and the effect of resection under cortical electroencephalogram(ECoG) together with multiple subpial transection(MST).方法对138例顽固性癫癎病人的致病灶,采用CT+MRI+EEC+单光子发射计算机体层摄影(SPECT)+皮层脑电图(ECoG)联合检测定位。
5)electrocorticogram[i,lektr?u'k?:tik?ɡr?m]脑皮层电图
1.Under artificial respiration,the inhibition rate of 130μg/kg α-BGT on the desynchronization of rat electrocorticogram (ECoG)induced by the intraventricalar injection of nicotine was 60%.在人工呼吸条件下，以烟碱引起的脑皮层电图去同步化为指标，１３０μｇ／ｋｇα－ＢＧＴ对烟碱效应的抑制率可达６０％，烟碱引起脑皮层电图低频区域的变化受到α－ＢＧＴ的明显影响。
6)electrocorticography[i'lektr?u,k?:ti'k?ɡr?fi]脑皮层电图
延伸阅读
脑电图脑电图electroencephalogram应用电子技术引导、放大、记录的大脑皮质神经细胞的电位变化。基本内容包括：①频率。每秒钟出现的电位变化数目，以赫兹（Hz）来表示。又可分为a频带（8～13Hz）、θ频带（4～7Hz）、δ频带（0.5～3Hz）及β频带（14～30Hz）。②波幅。单位为微伏（μV）。③位相。在基线以上称负相，反之为正相。④波形。在一个波的周期内，电位变动的形式。如正弦样波、棘波、尖波及棘（尖）慢复合波等。⑤出现方式。⑥出现部位。综合分析上述内容，判断脑电图的正常与否。正常人的脑电图与年龄、精神状态密切相关。清醒状态下正常成年人应以a频段为主，而新生儿以δ频段为主，3～4岁时以θ频段为主，7～8岁时a频段已占优势。脑电图是有很大价值的检查大脑功能的方法，但不能直接反映大脑组织结构的变化，因此对诊断疾病有一定局限性，对大脑半球以及丘脑的急性或进展迅速的疾病有较大的诊断意义，如发作性疾病、中毒代谢性脑病、昏迷、脑死亡、急性髓鞘脱失性疾病及脑炎。对诊断大脑半球病变的早期或慢性病变意义一般，如颅内肿瘤、卒中、颅脑外伤、慢性硬膜下血肿。大脑半球以下的病变如脑干、小脑病变以及陈旧性或慢性广泛性病变、功能性病变诊断意义不大。随着电子技术的进步，近年开展了遥测脑电图、监测脑电图、深部埋藏电极记录以及计算机分析，使脑电检查定量化，大大提高了诊断价值。如药物定量脑电图已广泛应用于临床各领域以及科学研究。
