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- nonspecific T wave change 非特异性T波改变
- myocardial infarction with T wave changes only 仅有T波改变的心肌梗塞
- postectopic T wave change 异位节律后T波改变
- postextrasystolic T wave change 期外收缩后T波改变
- postponed T wave change 延长的T波改变
- physical T wave change 生理性T改变
- T wave changes T波改变
- The changes in amplitude of EADs may represent one of the mechanism for T wave alternations. 在某些特殊病例,EADs振幅的交替变化,可能是体表心电图T波电交替的发生机理。
- In a snippet from his New York Coin Magic Seminar workshop, Rubinstein teaches the wave change and a few NEW variations. 在一个片段，他的纽约硬币魔术研讨会研讨会，鲁宾斯坦教授波的变化和一些新的变化。
- The simulation results indicate that the approach is effective, which can reserve T wave in the MCG signals very well. 数值仿真和信号分析的结果表明：该方法能够很好地保留心磁信号中的T波成分，并能去除心磁信号的基线漂移。
- Electrocardiograms showed their Q T interval and QRS complex prolonged,S T segment lowered,T wave deepened down,as well as varied arrhythmia observed. 心电图表现为Q?Tr 增大、QRS 间期延长、S?T 段压低、T 波加深以及多种心律失常。
- Objective:To explore the regularity and clinical significance of T wave abnormalities after paroxysmal supraventricular tachycardia (PSVT). 目的:探讨阵发性室上性心动过速(PSVT)后T波变化规律及临床意义。
- Conclusion The early T wave inversion after intervention in AMI had both high sensitivity and specificity in predicting the patency of IRA. 结论AMI患者T波倒置的早期出现，对判断梗死相关动脉开通有较高的敏感性和特异性。
- Objective: To explore the regularity and clinical significance of T wave abnormalities after paroxysmal supraventricular tachycardia (PSVT). 摘要目的：探讨阵发性室上性心动过速(PSVT)后T波变化规律及临床意义。
- Results The ECG has the changes of U wave,T wave,ST-segment and arrhythmia in 251 cerebral infarction patients with cerebrocardiac syndrome. 结果251例并发脑心综合征的脑梗死患者心电图有U波、T波改变,ST段抬高或降低,以及各种心律失常等异常改变。
- Objective To analyze microvolt T wave alteration (MTWA) in patients with coronary heart disease (CHD) on exercise treadmill test. 目的分析冠心病患者运动试验中的微伏T波电交替(MTWA)。
- A physiological theory holds that the abnormality of process of myocardium repolarization brings upset of T wave, which is a common clinical symptom. 生理学认为T波倒置这一常见临床症状的成因是心肌复极过程的异常。
- Conclusion The results showed that left ventricular hypertrophy was the major cause of inducing ST segment depression and T wave inversion. 结论左室肥厚是引起ST段下移与T波倒置的主要原因；
- Meanwhile, the ellipticity will vary only when the main wavelength of ocean wave changes. 同时还发现只有当海浪主波长发生变化时，椭圆率才会发生较小的改变。
- In three trials, the beat-to-beat changes in amplitude of EADs were observed, which were reflected on the left intracavitary electrocardiogram as T wave alternations. 3只犬EADs振幅呈高低变化时,伴有左心腔电图T波电压交替变化。
