The results showed that decentralization of the superior cervical ganglia enhanced the cerebral blood flow , whereas ganglionectomy reduced the cerebral blood flow 本实验结果发现上颈神经节节前纤维切断后会增加脑皮层血流，而上颈神经节节后纤维切断后则减少脑皮层血流。
2.
Animal experiments with guinea pigs were conducted to clarify the effect of superior cervical sympathetic ganglionectomy on the cochlear blood flow ( cbf ) 摘要为究明抑制上颈交感神经节能否改善耳蜗的血液循环，以创建突发性耳聋使用星状神经节阻断术来治疗的理论基础，我们从事动物实验。
3.
The effects of preganglionic decentralization of ( sympathetic trunk resection ) or post - ganglionic excision ( ganglionectomy ) of the superior cervical ganglia on cerebral blood flow and the formation of heat stroke were assessed in rabbits 摘要本文旨在探讨上颈神经节节前或节后神经切断对于白兔脑皮层血流与热中暑形成之影响。
4.
It is postulated that autoregulatory mechanism originating from sites other than the superior cervical ganglion may play an important role in maintaining steady blood flow in the inner ear , though superior cervical sympathetic ganglionectomy also causes increased cbf to a large extent 可见摘除上颈交感神经节，多能使耳蜗血流增加，此种增加受到其他耳蜗血流自动调节机转很大的影响。
