1) Muscle contraction
肌收缩
1.
Inhibition of β-estradiol on trachea smooth muscle contraction in vitro and in vivo;
雌二醇对离体和在体气管平滑肌收缩活动的抑制作用(英文)
2) Myocardial contraction
心肌收缩
1.
Myocardial contraction function, myocardial microvascular permeability, volume of regional myocardial blood flow, levels of myocardial myosin light.
检测心肌收缩功能、心肌微血管通透性分值、心肌局部血流量、血浆中心肌肌球蛋白轻链 1(CMLC1)、心肌组织核转录因子 (NF -κB)活性、髓过氧化物酶 (MPO)、TNFαmRNA表达和心肌组织TNFα含量。
3) muscle contraction
肌肉收缩
1.
Pharmacology of Shen Feng Jing Ⅱ.Effects of Shen Feng Jing on nerve conduction and muscle contraction of Indian bullfrog;
神蜂精的药效学试验 Ⅱ.神蜂精对虎斑蛙神经传导和肌肉收缩力的影响
2.
According to swinging cross bridge model,muscle contraction is produced by cyclical attachment and detachment of cross bridges towards thin filament.
根据横桥模型,肌肉中的横桥分子对细纤丝的周期性作功导致肌肉收缩,研究了在一维情况下,肌肉等张收缩(即外界的负荷F是常量)时,其横桥分子间的两种协作行为。
3.
ATP is the direct energy and plays a key role in the process of muscle contraction.
ATP是肌肉收缩的直接能源,在整个肌肉收缩过程中起着关键的作用。
4) muscular contraction
肌肉收缩
1.
muscular contraction, action potential, electromyogram, tetanus, supra compensation and plateau training.
对运动生理教学中的腱反射感受器问题、肌肉收缩形式、动作电位图、肌电图、强直收缩图、超量恢复、高原 训练等问题进行思考,给出诠释,提出质疑,以期使运动生理学教学澄清概念,避免混淆。
2.
this paper researches very systematically the biomechanical characteristics of skeletal muscles in three aspects including the theory of muscle working; the characteristics of muscular contraction and muscular structures.
采用文献资料综述的研究方法,依据目前国内外肌肉生物力学最新研究成果,结合生理学、解剖学等学科的知识,对肌肉的工作机遇;肌肉收缩特性;肌肉结构特性等三方面,进行较为系统的研究,并对有关问题进行讨论。
3.
Many active processes in biological systems such as muscular contraction, cell motility and some cellular transport processes are mediated by biological molecules.
在生物体内有很多生物过程比如肌肉收缩，细胞的有丝分裂，信号转导等都与分子马达有着密切的关系。
5) myokinesimeter
[,maiəu,kini'simitə]
肌收缩计
6) contraction of abdominal muscle
腹肌收缩
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