vasomotion
英
美
网络 血管舒缩活动; 血管运动; 运动; 微血管自律运动; 舒缩运动
双语例句
- The Effect of the Vasomotion on the Mass Transfer in Microcirculation
微血管自律运动对微循环物质交换的影响 - Vasomotion in Resistance Vessel from Spontaneously Hypertensive Rat and Its Response to Antihypertensive Agents
自发性高血压大鼠阻力血管节律性舒缩的特征及其对降压药的反应 - In addition, vasomotion was restored at the stented site and adjacent coronary artery at2 years.
另外，在2年时，恢复了支架处和邻近冠状动脉的血管运动。 - Fluid Mechanics of Microvascular Vasomotion and the Effects of Blood Viscoelasticity
微血管自律运动的流体力学及血液粘弹性质的影响 - AIM: To further discuss the mechanism of vasomotion and probable relationship between voltage-dependent calcium channel and vasomotion.
目的：探讨血管运动产生机制及其与电压依赖性钙通道的关系。 - Objective: The aim of this study was to observe the role of NO in the action of tetramethylpyrazine ( TMP) on arterioles vasomotion induced by noradrenaline ( NA), in order to make further understand of vasodilation mechanism of TMP.
目的：用活体家兔肠系膜微血管观察NO在川芎嗪（TMP）抑制微血管运动中的作用，旨在明确TMP活血化瘀的机理与NO的关系。 - Objective To study the effect of volatile oil of Acorus ( VTA) and β-Asarone(β-A) on vasomotion and anti-platelet aggregation in rat model with hyperlipidemia.
目的研究石菖蒲挥发油、β-细辛醚对高脂血症模型动物血管舒缩与抗血小板聚集的作用。 - TMP can inhibit the arteriole autorhythmic vasomotion induced by dropping noradrenaline onto the local mesentery in a dose-dependent relationship, and increased the BFR.
在肠系膜局部滴入去甲肾上腺素（NA）诱发出微动脉自律性血管收缩舒张运动，TMP可抑制由NA引起的血管运动，并呈量效依赖关系。 - Effects of Propranolol and Phentolamine on Arteriolar Vasomotion in Rabbit Mesentery Caused by Topical Application of Noradrenalin
普萘洛尔、酚妥拉明对由去甲肾上腺素诱导的家兔肠系膜微血管运动的影响 - Bronchial Epithelium-Derived Relaxing Factor Modulates Hypoxic Pulmonary Vasomotion During Hypoxia and Cigarette Smoking
支气管上皮源性因子在吸烟及缺氧所致肺血管反应中的作用 - Conclusion The phenomena of bio speckles can be used as a new method in the research on vasomotion.
结论生物散斑现象可作为研究微血管自律运动的新方法。 - Conclusion The sensory, sympathetic and parasympathetic systems are involved in the development of migraine, there are changes of many kinds of neuropeptides levels relating to vasomotion, and with relative changes of parts endogenous opiate peptides in this disease, and the lowering of β EP.
结论感觉、交感及副交感神经系统均参与偏头痛的发病，在此过程中有多种与血管舒缩有关的肽类含量改变，同时伴有部分内源性阿片肽的相关变化及β-EP的降低。 - Conclusion There was plenty of neuropeptide release of vasomotion after trigeminal stimulation. Administration of nimotop might antagonize the change, and raised the plasma level of β EP.
结论三叉神经受刺激后，引起血管舒缩的神经肽大量释放，尼莫通可部分地抑制这种释放，并可导致镇痛物质β-EP的升高。 - The results suggested that WSS influences arterial remodeling by regulating its vasomotion and not changing WT/ LD.
说明WSS对动脉适应性重建的影响，是通过调节动脉的舒缩所致，而非壁腔比的改变。 - The pathological changes of tunica media were reversible, without vasomotion and play a stent role only.
中膜层病理学改变是可逆性的，但已失去血管舒缩功能，仅具生物支架作用。 - Development of a Dynamic Microvascular Edge Detection Method Applied for Auto Tracking Measurement of Spontaneous Vasomotion
用自适应血管边缘检测方法自动跟踪测量血管自律运动 - Objective: To predict the sub-clinical changes of vasomotion in women in pregnancy at different altitudes.
目的：预测高原地区妊娠妇女血管舒缩的亚临床变化，及早发现妊高征患者，降低发病率。 - Observation of vasomotion by bio-speckles
采用激光生物散斑方法对微循环自律运动的观测 - It is shown that microvascular vasomotion plays a role of the "second heart" of the body which is of importance in conveying blood, and that the effects of blood viscoelasticity greatly depend on the Weissenberg number and mean flow rate.
结果表明，微血管自律运动具有人体第二心脏的作用，血液粘弹性质的影响与Weissenberg数及平均流量的大小有关。 - Effects of potassium on the hypoxic pulmonary and cerebral vasomotion
钾对狗缺氧性脑、肺血管舒缩反应的影响 - Effect of endothelium derived relaxing factor on micro vasomotion in cochlea of guinea pigs
内皮依赖性舒张因子对豚鼠耳蜗微血管自律运动的影响 - Effect of Cigarette Smoke Extract on Porcine Hypoxic Pulmonary Vasomotion in Vitro
香烟烟雾提取物对离体猪肺血管缺氧反应的影响 - Arteriolar vasomotion can periodically result in lymph formation and interstitial total pressure plays an important role in this procedure;
微动脉自律运动能导致周期性的淋巴形成，间质总应力在这一过程中起着重要作用； - The main functions of ion channels are: improving cell calcium concentration, triggering the physiological effect, determining the cell excitability, refractoriness and conductivity, adjusting vascular of smooth muscle vasomotion activities, participating in synaptic transmission, maintaining the normal cell volume.
离子通道的主要功能是：提高细胞内钙浓度，触发生理效应；决定细胞的兴奋性、不应性和传导性；调节血管平滑肌的舒缩活动；参与突触传递；维持细胞的正常体积。