Rossier A B, Fam B A
Urology. 1986 Apr;27(4):371-8. doi: 10.1016/0090-4295(86)90320-1.
Recent use of the multiple microtransducer catheter in the evaluation of neurogenic bladder due to spinal-cord injuries leads us to believe that the use of the inferior edge of the symphysis pubis as the zero point for resting bladder pressure is more accurate than its superior edge, changes in resting bladder pressure at various volumes are influenced more by body position than by intravesical position of the sensor, back-to-back microtransducers indicate significant pressure difference at the external sphincter zone, and detrusor bladder neck dyssynergia during autonomic dysreflexia in patients with spinal cord injury is more likely of skeletal than of smooth muscle origin.
近期使用多微传感器导管评估脊髓损伤所致神经源性膀胱,使我们相信以耻骨联合下缘作为静息膀胱压力的零点比其上缘更准确,不同容量下静息膀胱压力的变化受身体位置的影响大于传感器膀胱内位置的影响,背靠背微传感器显示外括约肌区存在显著压力差,脊髓损伤患者自主神经反射异常时逼尿肌膀胱颈协同失调更可能源于骨骼肌而非平滑肌。