Balueva T V, Semeniutin V B, Teplov S I
Fiziol Zh SSSR Im I M Sechenova. 1980 Sep;66(9):1357-62.
The changes of cerebral blood flow registered by means of flowmeter in the common carotid artery were investigated during fast raise and drop of arterial blood pressure in acute experiments on anesthetized cats. Both the raise and drop of arterial pressure resulted in fast autoregulatory changes of cerebral blood flow occurring even after resection of cervical sympathetic ganglia. The alpha-adrenergic blockade abolished the fast autoregulatory phase during raise of the arterial pressure. These findings sugget participation of noradrenergic mechanisms in reaction to acute hypertension.
在对麻醉猫进行的急性实验中,通过流量计记录颈总动脉的脑血流量变化,研究了动脉血压快速升高和下降期间的情况。动脉血压的升高和下降均导致脑血流量快速的自动调节变化,即使在切除颈交感神经节后这种变化仍会发生。α-肾上腺素能阻滞消除了动脉血压升高期间的快速自动调节阶段。这些发现提示去甲肾上腺素能机制参与了对急性高血压的反应。