1) diaphragm contractile force
膈肌收缩力
2) diaphragmatic dysfunction
膈肌收缩功能
1.
Furthermore,we observed the ultrastructural changes of diaphragm by high airway pressure,and explored the possible role of diaphragm apoptosis in ventilator induced diaphragmatic dysfunction.
目的在前期试验中我们发现,给予大鼠40 cmH_2O气道压力控制通气20min对膈肌收缩功能有损伤。
3) cardiac contractility
心肌收缩力
1.
Objective To observe the effects of polyphenol from pomegranate peel on the heart rate and cardiac contractility of Bufo gargarizans in vivo.
目的观察石榴皮多酚对在体蟾蜍心率和心肌收缩力的影响。
2.
Results: (1) The cardiac contractility in the heart failure rats was lower than that in the normal.
目的和方法：本文通过ＤＯＣＡ硅胶管皮下埋入法建立大鼠心力衰竭模型，比较正常与心衰大鼠心肌收缩力的变化。
4) Contractility
心肌收缩力
1.
Effects of Oxypurinol on Contractility in Failing Mouse Myocardium;
氧化嘌呤酶对心力衰竭小鼠心肌收缩力影响机制的研究
2.
By means of perfusing apparatus of isolated toad heart,we observed the effects of 60% alcohol precipitated Pinus massoniana pollen polysaccharide(PM60) and its sulfate(PM60S) on the contractility of toad cardiac muscle.
利用常规离体蟾蜍心脏灌流法,通过生理记录仪经张力换能器系统描记心脏活动,观察了60%马尾松花粉多糖及其硫酸酯化多糖对离体蟾蜍心肌收缩力及心率的影响,并用普萘洛尔、氯化镉、维拉帕米等药物对心肌上的特异受体进行阻断,初步探讨了酯化多糖对心肌的作用机制。
5) Heart contraction
心肌收缩力
1.
Heart contraction and heart rate were recorded using Medlab bio-signal collection system.
方法:应用Straub法制备离体蛙心;通过Medlab生物信号采集处理系统,描记心肌收缩力和心率。
6) coronary flow
心肌收缩力
1.
OBJECTIVE To study the effect of Yulagsan (YLS) extract on coronary flow (CF) and cardiac hemodynamics in rats.
结论 :YLS具有抑制心肌收缩力、减慢心率和增加冠脉流量作用。
补充资料：排尿时逼尿肌收缩力测定
排尿时逼尿肌收缩力测定
voiding pubovesical muscular contraction pressure
逼尿肌压力为膀胱内压与腹内压之差。测定时经耻骨上膀胱穿刺或经尿道向膀胱内置入一测压导管，同时向直肠(腹内压)内置入一测压导管，两测压管分别与两个压力传感器相连，排尿时测定膀胱内压及腹内压曲线。两者形态相近，则说明逼尿肌无收缩。正常膀胱内压为4.41～7.85kPa(45～80cmH2O)，若排尿时膀胱内压大于9.8kPa(100cmH2O)，常提示下尿路梗阻。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条