心室压力的英文

• ventricular pressure

• "心室"英文翻译    ventricle; heart chamber; he ...
• "压力"英文翻译    pressure; tension
• "左心室压,左心室压力" 英文翻译 :    left ventricular pressure
• "心室压力波" 英文翻译 :    ventricular pressure wave
• "左心室压力" 英文翻译 :    left ventricular pressure
• "监测心室压力" 英文翻译 :    monitoring of cardiac ventricular pressure
• "心室压力阶差" 英文翻译 :    ventricular gradient
• "心室压力曲线" 英文翻译 :    ventricular pressure curve
• "心室压力上升速率" 英文翻译 :    rate of ventricular pressure rising
• "左心室压力变化率" 英文翻译 :    rate of change of left ventricular pressure
• "左心室压力脉冲" 英文翻译 :    left ventricular pressure pulse
• "左心室压力曲线" 英文翻译 :    left ventricular pressure tracing
• "左心室压力增高率" 英文翻译 :    rate of rise of left ventricular pressure
• "心室压" 英文翻译 :    ventricular pre ure; ventricular pressure
• "右心室压力产生指数" 英文翻译 :    right ventricular pressure generation index
• "室压力" 英文翻译 :    chamber pressure
• "右室平均压力,平均右心室压力" 英文翻译 :    mean right ventricular pressure
• "右心室压" 英文翻译 :    right ventricular pressure
• "舱室压力" 英文翻译 :    pressure in compartment
• "鼓室压力计" 英文翻译 :    tympanometer
• "鼓室压力图" 英文翻译 :    tympanogram
• "混炼室压力" 英文翻译 :    chamber pressure
• "气室压力" 英文翻译 :    plenum air pressure
• "汽室压力" 英文翻译 :    dome pressure
• "燃烧室压力" 英文翻译 :    combustion chamber pressure; combustor pressure

• A ventricular pressure - clamping system for the study of mechano - electrical feedback
  一套研究机械电反馈的心室压力钳系统
• It is necessary to control the mechanical stimuli precisely in the studies of cardiac mechano - electrical feedback ( mef ) . in the present study a ventricular pressure - clamping system has been developed , which can be applied to isolated - perfused rabbit hearts . controlled by a computer , this system not only can make the left ventricle follow a command defining the same pressure wave as that during a beating cycle under physiological condition , but also deliver mechanical stimuli with a proper waveform to the ventricle at a particular time phase . this system integrates multiple functions , including perfusing , pacing , recording of electrocardiogram and monophasic action potentials , and clamping and measuring of ventricular pressures in isolated - perfused hearts . thus , it is a distinct system for investigating the phenomena and mechanisms of cardiac mef at organ level
  在心脏机械电反馈的研究中准确控制机械刺激是非常重要的.本研究室构建了一套适用于离体家兔心脏的心室压力钳系统.该系统通过计算机控制压力钳,不仅能模拟正常生理条件下左心室的压力波形,还能在心室活动周期的特定时相、以适当波形对心室施加机械刺激.该系统集心脏灌流与起搏、表面心电图记录、单相动作电位记录、心室压力钳制与测定等多种功能于一体,特别适用于器官水平上观察机械电反馈现象并探讨其机制
• Abstract : it is necessary to control the mechanical stimuli precisely in the studies of cardiac mechano - electrical feedback ( mef ) . in the present study a ventricular pressure - clamping system has been developed , which can be applied to isolated - perfused rabbit hearts . controlled by a computer , this system not only can make the left ventricle follow a command defining the same pressure wave as that during a beating cycle under physiological condition , but also deliver mechanical stimuli with a proper waveform to the ventricle at a particular time phase . this system integrates multiple functions , including perfusing , pacing , recording of electrocardiogram and monophasic action potentials , and clamping and measuring of ventricular pressures in isolated - perfused hearts . thus , it is a distinct system for investigating the phenomena and mechanisms of cardiac mef at organ level
  文摘:在心脏机械电反馈的研究中准确控制机械刺激是非常重要的.本研究室构建了一套适用于离体家兔心脏的心室压力钳系统.该系统通过计算机控制压力钳,不仅能模拟正常生理条件下左心室的压力波形,还能在心室活动周期的特定时相、以适当波形对心室施加机械刺激.该系统集心脏灌流与起搏、表面心电图记录、单相动作电位记录、心室压力钳制与测定等多种功能于一体,特别适用于器官水平上观察机械电反馈现象并探讨其机制
• With the pressure in the simulated right ventricle ( srv ) and simulated left ventricle ( slv ) kept constant ( standard pressure condition for model iii ) , each step of pressure decrease in the scc from 0 mmhg to - 5 mmhg , the sivs moved leftwards ( to the slv direction ) in a corresponding position and from 0 mmhg to + 5 mmhg , the sivs swung left - and rightwards at amplitude of 2 . 2 mm . effects of intrathoracic pressure change on the motion of ivs under the same simulated respiratory
  胸压变化对室间隔运动的影响当模拟右心室和左心室压力一定时，模拟胸腔内压力每一次下降（从到一smmhg人模拟室间隔均向左侧移位；当模拟胸腔内压力相同，随模拟右心室压力的升高，模拟室间隔的运动幅度增大，当模拟右心室压力升高到与模拟人心室相等时，模拟室间隔的运动幅度达最大。