片语

atroal effective refractory period和心房有效不应期

atrial effective refractory period心房有效不应期

Effective Refractory Period ERP有效不应期

effective e refractory有效不应期

effective effective refractory period时间即为有效不应期

effective refractory peiod和有效不应期

ventricular effective refractory period心室有效不应期

anterograde effective refractory period前向性有效不应期

local effective refractory period释义局部有效不应期

英汉例句

• 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。

• Conclusion the atrial pacing rate of change can affect the AV node effective refractory period and conduction in refractory period.

  结论心房起搏频率的改变可影响房室结的有效不应期和传导功能。

• The relative refractory period, functional refractory period and effective refractory period (ERP) of right atrial, atrioventricular node and right ventricle were increased.

  心房、房室结及心室相对不应期、功能不应期及有效不应期(erp)延长。

• 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。

• C group, function refractory period and effective refractory period not obviously shortened after slow pathway ablation, tachycardia for 5 patients while following up.

  组，慢径消融后其快径前传功能不应期和有效不应期缩短不明显，随访期间有5例复发心动过速。

• Conclusion The extent of atrial fibro sis was increased in abdominal aorta banded rats. Although longer P wave duration and IACT are present, there is no change in atrial effective refractory period.

  结论腹主动脉结扎大鼠心房纤维化程度增加，P波时限增宽，IACT延长，心房有效不应期没有改变。