absolute refractory period
英 [ˈæbsəluːt rɪˈfræktəri ˈpɪəriəd]
美 [ˈæbsəluːt rɪˈfræktəri ˈpɪriəd]
绝对反应（休复）期；绝对不应期
双语例句
- Measurement of the absolute refractory period of skeletal muscles by BL-310 biological and functional experimental system
应用BL-310生物机能实验系统测定骨骼肌的绝对不应期 - Objective To study the relationship between atrio-ventricular node absolute refractory period ( AVNERP) and the relapse of atrio-ventricular node reentrant tachycardia ( AVNRT) after radiofrequency catheter ablation ( RFCA).
目的探讨房室结有效不应期（AVNERP）与房室结折返性心动过速（AVNRT）射频消融术（RFCA）后复发的关系。 - Effects of electric stimulation applied during absolute refractory period on contraction and relaxation of ventricular myocytes in normal and failure guinea-pigs
绝对不应期电刺激对健康和衰竭豚鼠心室肌细胞舒缩及钙瞬变的影响 - 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。 - Response to calcium of effects of electric stimulations applied during absolute refractory period on the contractility of ventricular muscle in rabbits
绝对不应期电刺激对兔心室肌收缩功能影响的钙反应性 - A computer simulation: effect of electrical stimulation during absolute refractory period on the concentration of [ Ca~ ( 2+)]_i in ventricular cardiomyocytes
绝对不应期电刺激对心室肌细胞内Ca~（2+）浓度影响的计算机仿真研究 - Effects of electric stimulations applied during absolute refractory period on cardiac function of normal rabbits
绝对不应期电刺激对正常兔在体心脏心功能的影响 - Absolute refractory periods were decreased with growth before adult, after this period no singificant changes were demonstrated.
绝对不应期随大鼠生长逐渐缩短，成年期后常无明显变化。 - Objective The electrical stimulation during absolute refractory period does not induce excitation, but it can enhance the cardiac contractility and improve the cardiac function.
目的在心肌兴奋的绝对不应期给予电刺激，虽然不会引发兴奋，但可通过电-机械偶联机制增强心肌收缩力，改善心脏功能。 - Results: Ethanol at various concentrations has an obvious effect on the absolute refractory period of nerve stem. Ethanol at low concentrations shortened its absolute refractory period, while ethanol at high concentrations prolonged its absolute refractory period.
结果：不同浓度乙醇对神经干的绝对不应期有显著的影响，低浓度乙醇缩短其绝对不应期，高浓度乙醇延长其绝对不应期。