refractory period

1. The anterograde effective refractory period and Wenckebach block point were measured before and after ablation.
   进行慢径路改良，观察手术前后房室结的前传有效不应期和文氏阻滞点的改变。
2. In the presence of Dragon's Blood, the action potential amplitude of the bullfrog sciatic nerve was decreased, the conduction velocity was slowered and the refractory period was delayed.
   牛蛙坐骨神经滴加龙血竭后，神经干动作电位幅值明显下降，不应期延长，传导速度减慢。
3. Objective To analyze the relation between the changes of fast pathway antegrade effective refractory period after slow pathway ablation and the conductive features of atrioventricular node.
   目的对房室结慢径消融术后快径路前传不应期的变化与房室结传导特性的关系进行分析。
4. The difference of fast and slow pathway conduction features was co-related with changes of fast pathway antegrade effective refractory period before and after slow pathway ablation.
   结论慢径消融术后快径路前传不应期缩短，快慢径路传导特性的差异与慢径路消融术后快径路前传不应期的变化有关。
5. Effects of Tetrahydropalmatine on Monophasic Action Potential and Effective Refractory Period in the Dog Heart
   四氢巴马汀对家犬在体心脏单相动作电位和有效不应期影响的研究
6. Objective To investigate the effects of captopril on atrial effective refractory period ( AERP) and atrial electrical remodeling in canine atrium with long-time rapid pacing.
   目的研究卡托普利对长期快速起搏实验犬心房有效不应期（ERP）心房电重构的影响。
7. To investigate the effects of chloride channel blocker DIDS on ventricular effective refractory period ( VERP) and ventricular fibrillation threshold ( VFT) in spontaneously hypertensive rats ( SHR).
   分析不同剂量氯通道阻滞剂DIDS对自发高血压大鼠左心室有效不应期及心室颤动阈值的影响。
8. In the acute isolated bullfrog sciatic nerve, the amplitude, conductivity and refractory period of the action potential were also observed respectively after administration.
   并在急性分离的牛蛙坐骨神经干上，观察龙血竭对坐骨神经动作电位幅值、不应期和传导速度的影响。
9. Effect of thyroid hormone on the atrial monophasic action potential and effective refractory period in dog
   甲状腺激素对犬心房单相动作电位和有效不应期的影响
10. Effect of subthreshold conditioning stimulation on refractory period and pacing rhythm in human heart
    阈下条件电刺激对患者心脏不应期和起搏节律的影响
11. Effective refractory period ( ERP) and AFCL were measured before and after venous amiodarone injection.
    静脉注射胺碘酮300mg，分析胺碘酮治疗前后各部位有效不应期（ERP）和AFCL的变化。
12. Effect of Subthreshold Conditioned Stimulation on Refractory Period and Pacing Rhythm of Ventricle
    阈下条件刺激对心室不应期及心室起搏节律的作用
13. Effect of Vagus on Dispersion of Atrial Effective Refractory Period
    迷走神经对心房有效不应期离散度影响的实验研究
14. Effect of subthreshold conditional stimulation on atrial refractory period and atrial pacing rhythm
    阈下条件刺激对心房不应期的影响及对心房起搏节律的抑制作用
15. CONCLUSIONS: That Rh wight have effect of prolongating ventricular refractory period.
    结论：Rh具有延长兔心室不应期的作用。
16. Effect of autonomic nervous system on transmural dispersion of effective refractory period upon acute myocardial infarction in rabbits in vivo
    自主神经系统对在体兔急性心肌梗死跨室壁有效不应期离散度的影响
17. CONCLUSION: Ventricular arrhythmia induced by increasing afterload in LV related to increase of temporal dispersion of refractory period.
    结论：增加左心室后负荷诱发室性心律失常，与左室空间不应期离散增加有关。
18. Effects of amiodarone on ventricular refractory period caused by subthreshold electric stimulation
    胺碘酮对阈下电刺激引起的心室不应期的影响
19. Increase of St voltage strength was followed by increased prolongation value of atrial refractory period.
    且随St强度的增加，不应期延长量增加。
20. Results The absolute refractory period of skeletal muscles detected by this method was about 0.8 ms.
    结果该方法测定的骨骼肌绝对不应期接近0·8ms。
21. It had not effects on the excitability, automaticity and rhythmic-ity, refractory period.
    而对其兴奋性、自律性、不应期无明显影响。
22. It suggests that indomethacin can prolong the SNRT and refractory period of atrioventricular node.
    表明消炎痛能延长SNRT和房室结不应期。
23. CVB D could markedly prolong the effective refractory period ( ERP) of action potential, increase the ratio of ERP/ APD.
    CVBD明显延长动作电位的有效不应期（ERP）、增大ERP与APD的比值。
24. Methods: The Wenckebach period and refractory period were compared before and after slow pathway ablation.
    方法：比较患者慢径消融前后的文氏周期及房室结前传不应期的变化。
25. Objective To find out evaluation of spectral analysis for atrial functional refractory period while atrial flutter and fibrillation happen.
    目的了解频谱分析对心房扑动、颤动心房肌不应期的评价的意义。
26. Effect of β_3-adrenoceptor activation on ventricle fibrillation threshold and effective refractory period in rats with heart failure
    心力衰竭大鼠β3-肾上腺素能受体兴奋对室颤阈值和心室有效不应期的影响
27. The Clinical Features and Treatment of Dual Atrioventricular Nodal Pathway Effective Refractory Period ( 2 cases report)
    长快径不应期房室结双径路的临床特点与治疗（附2例报告）
28. Electrophysiological study on the variations of functional refractory period in atrioventricular node
    房室结功能不应期变异性的电生理研究
29. Objective: To investigate the effect of vagus on dispersion of atrial effective refractory period ( dAERP).
    目的：用动物实验模拟快速房率来观察迷走神经对心房有效不应期离散度（dAERP）变化的影响。

noun

1. (neurology) the time after a neuron fires or a muscle fiber contracts during which a stimulus will not evoke a response