?epileptiform

epileptiform 發(fā)音

[[epi'leptifɔ:m]]

英：　　美：

epileptiform 中文意思翻譯

epileptiform 短語(yǔ)詞組

1、epileptiform convulsion ─── [醫] 癲癇樣驚厥

2、epileptiform activity ─── 癲癇樣活動(dòng)

3、epileptiform neuralgia ─── [醫] 三叉神經(jīng)痛

epileptiform 相似詞語(yǔ)短語(yǔ)

1、epileptic ─── adj.患癲癇的；癲癇引起的；n.癲癇病患者

2、epileptics ─── adj.患癲癇的；癲癇引起的；n.癲癇病患者

3、equisetiform ─── 木賊狀

4、plexiform ─── adj.（血管等）叢狀的

5、piliform ─── adj.毛狀的，長(cháng)毛狀的

6、epileptical ─── 癲癇的

7、lentiform ─── adj.兩面凸的；呈扁豆狀的；眼球晶狀體的（等于lenticular）

8、epileptoid ─── adj.類(lèi)癲狀的；癲癇的

9、septiform ─── 隔膜狀

epileptiform 常見(jiàn)例句（雙語(yǔ)使用場(chǎng)景）

1、Conclusion: Partial epileptiform EEG discharges in TS might be related to epilepsy, and others might be related to genetic factors. ─── 結論：TS的癲癇樣波一部分與癲癇有關(guān)，另一部分意義未明，可能與遺傳有關(guān)。

2、Study of Electroencephalogram Epileptiform Discharge During Sleep and Sleep Construction Changes in Children with Epilepsy ─── 小兒癲癎睡眠期癎樣放電及睡眠結構變化

3、periodic lateral epileptiform discharges ─── 周期性一側(性)癲癇樣放電

4、Objectives To study health-related quality of life(HRQOL) of children with subclinical epileptiform electroencephalographic discharges. ─── 摘要目的探討臨床下電活動(dòng)癲癎患兒的健康相關(guān)生活質(zhì)量(HRQOL)。

5、2.The main EEG character is after-discharge high-amplitude pike wave or multi-pike wave epileptiform encephalic electrical activity which appears after the ending of stimulating. ─── 其中后放電即電刺激中止后出現的高幅棘波或多棘波癇樣腦電活動(dòng),是其腦電特征。

6、Objective To explore the relation between clinical and epileptiform discharges of in children with paroxysmal diseases. ─── 目的探討兒童發(fā)作性疾病的臨床與癇樣放電的關(guān)系。

7、Keywords Status epilepticus;diazepam;Lithium Chloride;continuous ictal discharges;late periodic epileptiform discharges; ─── 癲癇持續狀態(tài);地西泮;氯化鋰;匹羅卡品;

8、Keywords Face three needle;Epileptiform neuralgia;Dredge the meridian passage; ─── 面三針;三叉神經(jīng)痛;通經(jīng)活絡(luò );

9、Conclusions: AEEG might be of important of epileptiform discharges in partial epilepsy with tendancy of nocturnal occurrence. ─── 結論：AEEG對癲癎有重要的診斷價(jià)值，對于檢出有夜間發(fā)作傾向的部分性癲癎的癎樣放電意義更大。

10、epileptiform seizure ─── 癲癇式發(fā)作

11、Epileptiform activity of the anterior dorsal hippocampal network induced by acute tetanization of the right posterior dorsal hippocampus of the rat ─── 電刺激大鼠右后背海馬誘導前背海馬神經(jīng)網(wǎng)絡(luò )癲癇樣電活動(dòng)

12、epileptiform discharge ─── 癲癇樣放電

13、To compare the rate of epileptiform discharge. ─── 比較兩種方法癇樣放電檢出率。

14、Keywords hippocampal slice;epileptiform discharge model;penicillin;phenobarbital;phentoyin; ─── 海馬腦片;癲癇樣放電模型;青霉素;苯巴比妥鈉;苯妥英鈉;

15、CONCLUSION:Intracerebroventricular injection of OT may aggravate epileptiform discharges of experimental seizures in rats through OT receptor. ─── 結論:側腦室注射一定劑量的催產(chǎn)素,可通過(guò)其受體作用加重實(shí)驗性癲癇大鼠癇樣放電。

16、Objective To explore the influence of subclinical epileptiform discharge (SED) on mathematics cognitive function. ─── 摘要目的探討臨床下癎樣放電對數學(xué)認知功能的影響。

17、Health- Related Quality of Life of Children with Subclinical Epileptiform Electroencephalographic Discharges ─── 臨床下電活動(dòng)癲癎患兒的健康生活質(zhì)量

18、epileptiform pattern ─── 癲癇樣波型

19、Conclusion The sleep EEG may be very efficient in improving the obtained rate of epileptiform wave and further defining the seizure type. ─── 結論睡眠腦電圖對提高樣放電的檢出率和進(jìn)一步明確癲發(fā)作類(lèi)型有重要意義。

20、Effect of injection diltiazem into hippocampus on epileptiform discharges induced by coriaria lactone in cerebral cortex of rats ─── 海馬內注射硫氮卓酮對馬桑內酯誘發(fā)大鼠大腦皮層癇樣放電的影響

21、The epileptiform wave of patients whose infarction lesions was in substantia corticalis was more significantly .than that of patients whose infarction lesions was in deep white substance (P

22、RESULTS &CONCLUSION: Among the 18 cases of epileptiform seizure induced by penicillin,epilepsy history,renal inadequacy,old age,infants, excessive dosage were main risk factors. ─── 結果與結論:檢索到青霉素誘發(fā)癲癇的患者18例,既往癲癇病史、腎功能不全、老年、嬰幼兒、劑量過(guò)大是誘發(fā)癲癇的主要危險因素。

23、Inhibitory effects of noninvasive pulse transcranial magnetic stimulation on cerebral cortex epileptiform discharges in epileptic rat models ─── 經(jīng)顱脈沖磁刺激對大鼠癲癇模型癇樣放電的抑制作用

24、epileptiform neuralgia ─── [醫] 三叉神經(jīng)痛

25、Methods: Sphenoidal electrodes and HV were done and the epileptiform discharges recording were analysed in 33 children who with normal or non-specific change EEG. ─── 方法:對33例常規腦電圖(EEG)正?；驘o(wú)特異性改變的患兒進(jìn)行了蝶骨電極加過(guò)度換氣試驗(HV)描記后出現癇樣放電的病例進(jìn)行分析。

26、VNS effects on epileptiform ECoG of rabbits with epilepsy induced by strychnine. ─── 迷走神經(jīng)刺激對士的寧致癇家兔癇性大腦皮質(zhì)電圖的影響。

27、Study of Automatic Detection of Epileptiform Waves in Children EEG ─── 自動(dòng)檢測兒童腦電中癲癇波的方法研究

28、epileptiform activity ─── 癲癇樣活動(dòng)

29、Abnormal discharge was 22 cases in EEG after 1~2 weeks of treatment. Epileptiform activity was found in 1 patient. ─── 1~2周后復查仍有22例腦電圖異常,其中1例仍有癲?樣放電。

30、Keywords Electroencephalogram（EEG） after depriving sleep;Epileptiform discharge;Diagnosis of epilepsy; ─── 剝奪睡眠腦電圖;癇樣放電;癲癇診斷;

31、Conclusions: The frequency of clinical seizures and the epileptiform discharges during wakefulness and sleep were basically identical. ─── 結論：顳葉癲癇的臨床發(fā)作頻率和癇樣放電頻率在清醒和睡眠時(shí)期基本相等。

32、The Compressed Spectral Array Study on Epileptiform Discharges of Absence Seizure ─── 失神發(fā)作放電的壓縮譜陣研究

33、The inhibitory effect of Ado on glutamate-induced epileptiform activities in rat hippocampal neurons is also mediated by adenosine A1-receptor with involvement of ATP-sensitive potassium channels. ─── 結果提示: Ado與海馬神經(jīng)元上的A1受體結合后, 引起細胞膜上的ATP敏感性鉀通道的開(kāi)放, 從而對海馬神經(jīng)元自發(fā)放電及Glu所致的癲癇樣放電呈現抑制作用。

34、epileptiform convulsion ─── [醫] 癲癇樣驚厥

35、Epileptiform discharges in patients with hyperthyroidism before and after treatment ─── 甲狀腺功能亢進(jìn)癥患者治療前后的腦電圖癲癇樣放電

36、Conclusion:Partial epileptiform EEG discharges in TS might be related to epilepsy,and others might be related to genetic factors. ─── 結論:TS的癲癇樣波一部分與癲癇有關(guān)，另一部分意義未明，可能與遺傳有關(guān)。

37、Continuous or emergent EEG: can bedside caregivers recognize epileptiform discharges? ─── 床旁醫護人員能識別連續或急診腦電圖癲癇波形?

38、interictal epileptiform activity ─── 發(fā)作間期癲癇樣活動(dòng)

39、Headache epilepsy is very rare, the diagnosis is based on recurrent headache and the presence of epileptiform activities in electroencephalogram (EEG). ─── 頭痛是臨床上常見(jiàn)的癥狀,而具有癲癇性質(zhì)的頭痛型癲癇非常罕見(jiàn),國內近年對本癥報告的較多,診斷依據多為腦電圖異常。

40、During dynamic EEG monitoring, of 151 cases, abnormality was present in 122 cases, of which, 97 cases had epileptiform discharge. ─── 151例患兒動(dòng)態(tài)腦電圖監測結果異常122例,其中癇樣放電97例。

41、Results: Typical seizure activity and FEG epileptiform discharges were observed after FPI.The achievement ratio of PTE model was about 42.86%. ─── 結果：液壓損傷組在致傷后約有42.86%的大鼠出現典型的癲癇發(fā)作癥狀和腦電圖上癇樣放電。

42、Protection of interleukin-1 receptor antagonist on epileptiform discharges induced by magnesium-free treatment in developing rat cortical neurons ─── 白細胞介素1受體拮抗劑對無(wú)鎂誘導培養的大鼠發(fā)育中神經(jīng)元驚厥性損傷的保護作用

43、Keywords Children;Epilepsy;Epileptiform discharge;Ambulatory eletroencephalography.; ─── 小兒癲癎;癎樣放電;動(dòng)態(tài)腦電圖;

44、Keywords Automatic epileptiform wave detection;Adaptive prediction;Stationary and non stationary components separation;Slow waves; ─── 腦電癲癇波自動(dòng)檢測;自適應預測;平穩和非平穩成分分離;慢波;

45、Conclusions: the frequency of clinical seizures and the epileptiform discharges during wakefulness and sleep were basically identical. ─── 結論：顳葉癲癇的臨床發(fā)作頻率和癇樣放電頻率在清醒和睡眠時(shí)期基本相等。

46、Methods: Epileptiform discharges of temporil lone were amalysed by MB8000 AEEG in 35 cases. ─── 方法:分析用MB8000型AEEG儀監測到的顳葉癇樣發(fā)放者35例的異常腦電圖。

47、Abnormal discharge was 6 cases in EEG after 1 month. Epileptiform activity was found also in 1 patient. ─── 經(jīng)1個(gè)月后復查有6例腦電圖異常,其中1例仍有癲?樣放電。

48、Neurobiological alterations related to the cognitive impairment due to interictal epileptiform discharges in rats induced by sub-convulsive electrical stimulation ─── 驚厥閾下電刺激誘發(fā)大鼠發(fā)作間癇樣放電致認知功能障礙時(shí)相關(guān)神經(jīng)生物學(xué)改變

49、At the same time,in the CBZ group,there were 4 cases with apparent increase of (interictal epileptiform activity)IEA,although with their clinic episode controlled. ─── 同時(shí)CBZ治療組臨床發(fā)作雖已被控制但IEA明顯增多有4例，VPA治療組則未見(jiàn)此現象。

50、Automatic detection of epileptiform waves in long term EEG ─── 長(cháng)期腦電中癲癇波自動(dòng)檢測方法

51、Results: During stage of light-sleep,epileptiform discharges(ED) were more frequent than during/after HV-EEG(P0.05)。

52、To study how the epileptiform waves are mutually affected is meaningful for the research of neural disease.And to investigate synchronous properties of coupling neurons is an important basis. ─── 從微觀(guān)解釋異常神經(jīng)元構建組織時(shí)癲癇樣波形的相互制約關(guān)系對神經(jīng)系統疾病的研究很有意義，而兩神經(jīng)元耦合特性的探索是重要的基礎工作。

53、Localization role of BEAM selective editor for paroxysmal epileptiform discharges ─── 腦電地形圖選段編輯對陣發(fā)癲癇波的定位作用

54、epileptiform waves ─── 癲癇波

55、2 cases has epileptiform discharge in the interictal abnormal background rhythm; ─── 發(fā)作間期背景節律改變伴有樣放電2例;

56、Epileptiform neuralgia/surg ─── 三叉神經(jīng)痛／外科學(xué)

57、Cortical neuron injury occurs following recurrent epileptiform discharges induced by magnesium-free treatment in vitro ─── 無(wú)鎂誘導的反復驚厥樣放電對體外培養發(fā)育中神經(jīng)元損傷的研究

58、Study of the transmission route of epileptiform discharges in amygdaloid kindling model ─── 杏仁核點(diǎn)燃模型癲癇樣放電傳播途徑研究

59、The cooling control epileptiform discharge researches were reviewed here. ─── 本文對冷卻處理控制樣放電的研究進(jìn)展予以綜述。

60、CONCLUSION SEE-CO2PP inhibits the epileptiform discharge and convulsive behaviors of convulsive model rats, which suggests SEE-CO2PP has anticonvulsive action. ─── 結論 SEE-CO2PP可對抗青霉素誘發(fā)的驚厥行為和癇樣放電，具有抗驚厥作用。

61、epileptiform seizures ─── 癲癇樣發(fā)作

62、Objective To observe the effects of epileptiform discharge and its influence on humpwave sleep spindles after sleep deprivation (SD) in children with epilepsy. ─── 摘要目的探討癲癎患兒在睡眠剝奪(SD)誘發(fā)試驗中癎波檢出率及癎波發(fā)放對睡眠中頂尖波、睡眠紡錘波的影響。

63、Comparison of abnormal rate and epileptiform discharge of paroxysmal disorder in children during 24 hours dynamic EEG monitoring with the results of routine EEG, CT or MRI examinations. ─── 將24h動(dòng)態(tài)腦電圖對兒童發(fā)作性疾病的異常率、癇樣放電率與常規腦電圖、CT或MRI結果進(jìn)行對比分析。

64、A novel method of EEG signals compression representation and epileptiform spikes recognition based on wavelet neural network and its algorithm is presented. ─── 在對小波神經(jīng)網(wǎng)絡(luò )及其算法研究的基礎上，提出了一種對腦電信號壓縮表達和癇樣腦電棘波識別的新方法。

65、epileptiform amaurosis ─── 癲癇性黑蒙

66、OBJECTIVE: to analyze and discuss the mechanism and influencing factors associated with epileptiform seizure induced by penicillin. ─── 目的：探討青霉素誘發(fā)癲癇樣發(fā)作的作用機制及影響因素。

67、Results: All patients showed spike , sharp waves etc epileptiform discharge but localigation of IEEG is more accurate than that of EEG and BEAM. ─── 結果:11例癲癇病人均出現棘、尖波等癇性放電,但IEEG定位比EEG和BEAM更精確。

68、DIAGNOSTIC VALUE OF 24-HOUR EEG MONITORING FOR EPILEPTIFORM HEADACHE ─── 腦電監測（24小時(shí)）對頭痛型癲癇的診斷意義

69、Epileptiform dlscharge ─── 癰樣放電

70、All the epileptiform discharges were found in sleep,mostly in NREM. ─── 睡眠期出現癇樣放電占總數的70%。

71、INHIBITORY EFFECT OF ELECTROACUPUNCTURE ON cAMP INDUCED ECOG EPILEPTIFORM WAVES ─── 電針對環(huán)-磷酸腺苷所致皮層癇樣電活動(dòng)的抑制作用

72、Objective To explore the relation between clinical and epileptiform discharges of in children with paroxysmal diseases. ─── 目的探討兒童發(fā)作性疾病的臨床與癇樣放電的關(guān)系。

73、OBJECTIVE: To analyze and discuss the mechanism and influencing factors associated with epileptiform seizure induced by penicillin. ─── 目的:探討青霉素誘發(fā)癲癇樣發(fā)作的作用機制及影響因素。

74、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. ─── 術(shù)中皮層腦電圖與術(shù)前定位符合率100%,術(shù)后?樣放電消失9例明顯好轉5例。

75、The proposed system has been evaluated with EEG records from 8 patients.A total of 93.5%epileptiform waves reported by experts were accurately detected with a comparatively low false detection rate. ─── 利用8段典型的臨床數據進(jìn)行了測試，結果表明在誤檢率較低的情況下，粗篩系統對癲癇病理波的總檢測率達93.5%，實(shí)現了預定要求。

76、Effects of interictal epileptiform discharges on emotional behavior and spatial learning and memory of rats ─── 發(fā)作間癇樣放電對大鼠情感行為及空間學(xué)習記憶的影響

77、Both’ electroencephalogram (EEG) and epileptiform behaviors of rats were monitored or evaluated. ─── 監測和觀(guān)察注射前后的腦電圖（EEG）和癇樣行為。

78、The appearances of abnormal EEG were mainly slow wave and local epileptiform discharge. ─── 腦電圖異常表現為彌漫性慢波增多和局限性癇性放電。

79、Methods The seizure model was recurrent epileptiform discharges induced by transient magnesium-free media treatment in the primary cultured embryo cortical neurons of rat. ─── 方法 以原代培養的大鼠大腦皮層神經(jīng)元無(wú)鎂誘導的反復驚厥樣放電為模型。

80、time of epileptiform discharges were mainly during sleeping (83. 3%). ─── 癇樣放電時(shí)間以睡眠期為主，占83、3%。

81、Results Non-specificity abnormality rate of AEEG was 23.9%,and the epileptiform discharges was 9.7%. ─── 結果腦電圖非特異性異常率為23.9%,癇樣放電檢出率為9.7%。

82、ANALYSIS OF EPILEPTIFORM DISCHARGE ON LEFT CEREBRAL DOMINANT HEMISPHERE ─── 左側大腦優(yōu)勢半球的癇樣放電分析

83、VNS could remarkably suppress the seizure of epileptic animals, and epileptiform ECoG, epileptiform discharges of hippocampal neuron and behavior significantly changed with the total effective rate greater than 50%. ─── 迷走神經(jīng)刺激可以阻抑各組致癇動(dòng)物的癇性發(fā)作,癇性皮質(zhì)電圖、海馬神經(jīng)元電活動(dòng)及行為學(xué)表現均呈現顯著(zhù)的變化,總有效率達50%以上。

84、Effect of microinjection of magnesium sulphate into hippocampus on epileptiform discharges induced by coriaria lactone in rats ─── 海馬內微量注射硫酸鎂對馬桑內酯誘發(fā)大鼠癇樣放電的影響

85、These changes of pathology are consistence with that of epileptiform rat induced by Munc18 antibody. ─── 上述病理學(xué)的變化與Munc18抗體致癇大鼠海馬區所觀(guān)察到的病理改變相同。

86、spontaneous epileptiform abnormalities ─── 特發(fā)性癲癇樣異常

87、There were five rats which epileptiform behaviors was above the 3rd grade, so the successful ratio of this model was 42 %( 5/12). ─── 3級以上行為的大鼠有5只，成功率為42%（5/12）。

88、Keywords epilepsy;tutin;hippocampal slice;epileptiform discharge;NMDA receptor;non-NMDA receptor; ─── 癲癇;羥基馬桑毒素;海馬腦片;癇樣放電;NMDA受體;非NMDA受體;

89、ABSTRACTA : novel method of EEG signals compression representation and epileptiform spikes recognition based on wavelet neural network and its algorithm was presented. ─── 本文在對子波神經(jīng)網(wǎng)絡(luò )及其算法研究的基礎上，提出了一種對腦電信號壓縮表征和癇樣腦電棘波識別的新方法。