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Viscerovisceral convergence of urinary bladder and colorectal inputs to lumbosacral spinal neurons in rats.

机译:膀胱的内脏汇合和大鼠腰s神经元的结直肠输入。

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摘要

Extracellular potentials of single L6-S2 spinal neurons were recorded in pentobarbital anesthetized male rats. The urinary bladder was catheterized through the fundus and filled with warm saline for urinary bladder distension (UBD, 0.5-2.0 ml, 20 s). Colorectal distension (CRD) was produced by distending a latex balloon with air (20-80 mmHg, 20 s). Of 171 deeper neurons examined for responses to UBD and CRD, 49 (29%) neurons responded to both UBD and CRD; whereas 6/42 (14%) superficial neurons (depth < 0.3 mm) responded to both organs. Of 55 viscerovisceral convergent neurons, 25 (45%) neurons were excited by both UBD and CRD; the remainder exhibited multiple patterns of excitation and inhibition. In conclusion, responses of superficial and deeper lumbosacral spinal neurons to convergent inputs from urinary bladder and colon suggested that these neurons might contribute to the cross-talk that occurs between visceral organs.
机译:在戊巴比妥麻醉的雄性大鼠中记录了单个L6-S2脊髓神经元的细胞外电位。导尿管通过眼底插入导管,并用温盐水填充以扩张膀胱(UBD,0.5-2.0 ml,20 s)。通过用空气(20-80 mmHg,20 s)使乳胶气球膨胀来产生大肠扩张(CRD)。在对UDB和CRD有反应的171个较深神经元中,有49个(29%)神经元对UBD和CRD都有反应。而6/42(14%)的浅层神经元(深度<0.3 mm)对两个器官都有反应。在55个内脏内脏会聚神经元中,有25个(45%)神经元被UBD和CRD激发;其余的表现出多种激发和抑制模式。总之,浅and和较深的腰s神经元对来自膀胱和结肠的汇合输入的反应表明,这些神经元可能有助于内脏器官之间发生串扰。

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