1.
Advances in Evaluation of Ventricular Contraction Function Using Myocardial Acceleration During Isovolumic Contraction
等容收缩期心肌加速度评价心室收缩功能的研究进展
2.
shrinkage allowance
容许收缩量;收缩留量;收缩容许量;收缩允许量
3.
Re-recognization of isovolumic contraction wave with quantitative tissue velocity imaging
定量组织速度成像对等容收缩波的再认识
4.
Secondary end points included change in L end-systolic and end-diastolic olume indices and wall motion.
次要终点为左室收缩末期和舒张末期容积指数和室壁运动改善。
5.
compatible shrinkage
相容收缩（指粘合织物的面布和底布或服装的面料、衬料以及辅料具有相等的收缩程度）
6.
Changes of myocardium blood can markedly alter IVC motion.
结论:心肌供血状态的改变可以引起等容收缩波显著变化。
7.
The Change of sEMG During Isometric Maximal Voluntary Contraction(MVC) and the Recovery Phase;
最大等长收缩过程中及恢复期表面肌电信号的变化
8.
pulmonary protosystolic ejection sound
肺动脉收缩早期喷射音
9.
The most fundamental distinction is between systolic ejection murmurs and pansystolic murmurs.
最基本是要分清收缩期喷射音和全收缩期杂音。
10.
put a patient under restraint
将病患者收容 (于医院等)
11.
③After 4 weeks, cardiac function, bore in left ventricular end-systolic stage and bore in left ventricular end-diastolic stage were measured with heart ultrasound to assess the ventricular remodeling.
③4周后心脏超声检测心功能、左室收缩末期内径、左室舒张末期内径等评价心室重塑。
12.
Global left entricular function and remodeling was assessed using ejection fraction, end systolic olume, and sphericity index.
采用射血分数、收缩末期容积和弧形指数（请专家指正评价左心室功能和结构重构。
13.
The length in the diastole was bigger than that in the systole.
在舒张期其可视长度比收缩期长。
14.
Buffer content (reduces startup latency for clients)
缓冲内容（缩短客户端的启动等待时间）
15.
The opening displacement V is equal to the thickness contraction W.
张开位移V等于厚度的收缩量W。
16.
isometric exercises are anaerobic.
肌肉等长收缩锻炼是不需氧的。
17.
Shrink of cytoplasm at stage of central nucleus microspore.21.
单核中央期小孢子细胞质收缩。
18.
Restrained Shrinkage Properties of Reinforced Concrete at Early Age;
钢筋混凝土早龄期约束收缩性能研究