Satchell P, Vaughan C
Department of Surgery, University of Sydney, Australia.
J Auton Nerv Syst. 1988 Nov;25(1):41-7. doi: 10.1016/0165-1838(88)90006-9.
Hypogastric efferent nerve activity was measured in cats anaesthetised with a continuous pentobarbitone infusion while the bladder was filled at a physiological rate. Pelvic efferent nerve recording was used to determine the end of the continence process. The point in the continence process at which non-micturating contractions commenced was usually the point at which sympathetic nerve activity began to increase. By the time the continence process was half over, sympathetic nerve activity had increased from the resting level by 21%. There is disagreement about the role of the sympathetic innervation in the process of urine storage. In the present study, there appears to be significant sympathetic drive to the bladder for much of the continence process.
在用戊巴比妥持续静脉输注麻醉的猫身上,以生理速率充盈膀胱时,测量了腹下传出神经活动。采用盆部传出神经记录来确定控尿过程的结束。在控尿过程中,非排尿性收缩开始的点通常是交感神经活动开始增加的点。当控尿过程进行到一半时,交感神经活动已从静息水平增加了21%。关于交感神经支配在尿液储存过程中的作用存在分歧。在本研究中,在控尿过程的大部分时间里,膀胱似乎受到显著的交感神经驱动。