1) single muscle fiber action potential
单纤维动作电位
2) fibrillation potential
纤维性颤动电位
3) monophasic action potential
单相动作电位
1.
Comparison of global dispersion with local dispersion of ventricular repolarization measured with monophasic action potential mapping technique in swine;
猪整体和局部心室复极离散度的单相动作电位标测比较
2.
Preparation and application of simultaneous-recording monophasic action potential electrode;
单相动作电位同步记录电极的建立和应用
3.
Effect of sodium ferulute on monophasic action potential of Ventricular muscle in rabbit;
阿魏酸钠对家兔心室肌单相动作电位的影响
4) Monophasic action potential
单向动作电位
1.
Objective To investigate the effect of desipramine pretreatment on monophasic action potential(MAP) and effective refractory period(ERP) in ventricular myocardium of rats with induced acute myocardial ischemia.
目的探讨地昔帕明预处理对大鼠心肌缺血后心室肌单向动作电位和有效不应期的影响。
5) MAP
单相动作电位
1.
Methods: Chronic stress guinea pig model was established by footshock during a long period,arrhythmias was induced by Isoprenaline,epicardial Monophasic action potential (MAP) and ECG were detected synchronously, the activities of LDH,CK,NOS and the content of NO in myocarditis were measured.
方法 :用电刺激方法制备慢性应激模型 ,异丙肾上腺素激发 ,同步观察ECG及在体心脏心外膜单相动作电位 (MAP) ,并测定心肌组织中乳酸脱氢酶 (LDH)、肌酸激酶 (CK)、一氧化氮合酶 (NOS)的活性和一氧化氮 (NO)的含量。
2.
The endocardial MAP of ischemic zone was recorded by a contact electrode catheter, .
开胸结扎冠脉前降支,记录缺血区单相动作电位及缺血区、缺血边缘区、正常区心内膜下双极电图。
3.
The mechanism of hemodynamic change during recording monophasic action potential(MAP) of myocardiurn was analysed in 12 rabbits.
12只家兔用于记录心肌单相动作电位（MAP）对血流动力学影响的机理分析。
6) motor unit action potential
运动单位动作电位
1.
Objective To investigate the decomposition method of surface EMG(sEMG)signals based on Blind Source Separation and to detect the the motor unit action potential(MUAP)information.
方法采用二阶非平稳源分离(SEONS)算法以及FastICA方法对肌肉轻度收缩情况(10%MVC)的sEMG进行分解研究,并对分离信号中的运动单位动作电位波形进行检测判断。
补充资料：动作电位
分子式：
CAS号：
性质：生物体所呈现的电现象为生物电，其主要基础为细胞外的电位差，即膜电位。安静时膜电位之值通常为数十毫伏，内负外正，称静息电位。当细胞被损伤时，膜电位或少或消失。当可兴奋的细胞(如神经或肌肉细胞、受精卵和某种植物细胞)受到刺激而传导冲动时，其膜位发生急剧变化，暂时可变为内正外负，称动作电位，它总是包含着膜的去极化。
CAS号：
性质：生物体所呈现的电现象为生物电，其主要基础为细胞外的电位差，即膜电位。安静时膜电位之值通常为数十毫伏，内负外正，称静息电位。当细胞被损伤时，膜电位或少或消失。当可兴奋的细胞(如神经或肌肉细胞、受精卵和某种植物细胞)受到刺激而传导冲动时，其膜位发生急剧变化，暂时可变为内正外负，称动作电位，它总是包含着膜的去极化。
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参考词条