英语释义

• a sensory receptor that responds to pressure

片语

Baroreceptor sensitivity中心血管反应性

baroreceptor reflex压力感受性反射，压力感受拼射

aortic baroreceptor主动脉压力感受器

baroreceptor reflux压力感受性反射

CBR Carotid Baroreceptor颈动脉压力感受器

arterial baroreceptor动脉压力感受器

Baroreceptor function压力感受器功能

Baroreceptor Responses压力感受器应答

carotid sinus baroreceptor csb颈动脉窦压力感受器

英汉例句

• This indicates that endogenous NT may be involved in the regulative mechanism of baroreceptor reflex in rabbits.

  该结果提示，家兔体内内源性神经降压素可能参与压力感受性反射的调节过程。

• The changes of baroreceptor reflex, especially the disturbance of CNS regulation function are the main factors causing the decrease of orthostatic tolerance after bed rest.

  而压力感受性反射功能的改变，特别是中枢神经系统调节功能的紊乱，是卧床后立位耐力降低的主要原因。

• 「We now have evidence that brain ACE2 plays a critical role in baroreceptor reflex function and, consequently, in the prevention of hypertension,」 says Dr. Xia.

  我们现在有足够的证据证明大脑中ace2在压力感受反射功能中起着重要作用，结果它能预防高血压的发生，夏博士说。

• First, the researchers demonstrated that chronically hypertensive mice showed dramatically decreased baroreceptor reflex sensitivity and ACE2 activity.

  首先，研究人员指出患有慢性高血压的老鼠所表现的压力感受反射敏感性和ACE2活动的显着降低。

• Current data showed that lowering of orthostatic tolerance after prolonged weightlessness is most likely due to change of baroreceptor reflex function.

  许多数据表明长期失重以后立位耐力降低可能与压力感受性反射功能的改变有关。

• Our previous data demonstrate that impairment of arterial baroreceptor reflex (ABR) plays an independent role in hypertension target organ damage.

  既往的研究表明，动脉压力感受性反射（ABR）功能下降在高血压靶器官损伤中起独立作用。

• The declination of baroreceptor reflex function is one of the important factor causing orthostatic intolerance after space flight.

  压力感受器反射功能下降是引起飞行后航天员立位耐力下降的重要起因之一。

• The neurotensin immunoreactive (NTIR) in plasma and some brain areas was measured when baroreceptor was excited by depressor nerve stimulation and carotid sinus perfusion.

  实验分别采用颈动脉窦灌流及电刺激减压神经的方法，测定在产生减压效应时，家兔部分脑区及血浆内神经降压素含量的改变。

• Pulmonary vascular is an effector of baroreceptor reflex, which can exert significant control of pulmonary resistance and capacitance after orthostatic challenge.

  肺血管是压力反射效应器的一部分，立位应激时的压力反射很大程度上控制着肺循环的阻力和容量。