基本释义:

血管反应

网络释义

1)thermoregulatory response,血管反应

2)cardiovascular response,心血管反应

3)vascular reactivity,血管反应性

4)cardiovascular responses,心血管反应

5)cardiovascular effects,心血管反应

6)vascular responsiveness,血管反应性

用法和例句

The relationship between the peripheral vessel vasomotor reaction and the autonomic thermoregulatory response during exercise in the cold environment become clearer.

本实验对低温环境下毛细血管反应(CIVD)和自律性体温调节反应与耐力水平分别进行了观察和研究,结果发现,在低温环境下由于身体脂肪隔热性的降低,产热量的增加、皮肤血管收缩的增大,使耐寒性提高;耐力训练可改善运动体温调节的感受性和产热反应,从而明确了毛细血管调节反应和自律性体温调节反应之间的相关性。

Clinical observations on effects of adenosini triphosphas on preventing cardiovascular response in extubation;

三磷酸腺苷预防气管拔管时心血管反应的临床观察

Efficacy and safety of remifentanil in the management of cardiovascular responses due to tracheal intubation;

瑞芬太尼预防气管插管所致心血管反应的观察

Effect of remifentanil on cardiovascular responses induced by tracheal extubation in patients undergoing radical gastrectomy;

瑞芬太尼抑制胃癌手术全麻拔管时心血管反应的研究

Changes and organ persity of vascular reactivity following endotoxic shock in rabbits;

内毒素休克后家兔血管反应性的变化规律及器官差异

Objective To observe the effect of AVP on vascular reactivity and calcium sensitivity following hemorrhagic shock and its relations to V_(1a) and V_2 receptor in rats.

目的探讨精氨酸血管加压素(AVP)在恢复失血性休克动物血管反应性和钙敏感性中的可能机制和血管加压素V1 a、V2受体对其的作用。

Objective To explore the changes of vascular reactivity following endotoxic shock and its relation with hemodynamic changes.

目的了解内毒素休克后血管反应性的变化规律及其与血流动力学变化的关系。

Effects of different exercises with isocaloric consumes on metabolic factors and cardiovascular responses in type 2 diabetic patients;

等热卡不同运动方式糖尿病患者代谢因素和心血管反应的研究

Effects of different doses of esmolol on cardiovascular responses of old patients to tracheal extubation;

不同剂量艾司洛尔对老年患者全麻气管拔管时心血管反应的作用

Comparion of the Cardiovascular Responses between Domestic and Imported Urapidil During Tracheal Extubation;

国产、进口乌拉地尔对全麻气管拔管心血管反应的比较观察

Different cerebrovascular responsiveness following artificial cold exposure in renovascular hypertensive rats and normal SD rats;

目的:检测肾血管高血压大鼠(RHR)和SD大鼠离体大脑中动脉(MCA)对于血管收缩剂的张力反应差异,探讨ACE对不同血压大鼠脑血管反应性的不同影响及其意义。