Kul'chitskiĭ V A
Biull Eksp Biol Med. 1988 Oct;106(10):387-9.
The changes of the vessel resistance of the skeletal muscle and the small intestine perfused with constant blood flow, under electrical stimulation of the ventrolateral medulla were studied on artificially ventilated urethane-anesthetized cats. The stimulation of rostral ventrolateral medulla increased vessel resistance in both regions. The stimulation in a region 2 mm caudal the middle of the rootlets of the twelfth cranial nerves decreased the vessel resistance, but in a region 4 mm caudal the middle of the same rootlets increased the vessel resistance of the skeletal muscle and the small intestine.
在人工通气的氨基甲酸乙酯麻醉猫身上,研究了在电刺激延髓腹外侧时,以恒定血流灌注的骨骼肌和小肠血管阻力的变化。刺激延髓头端腹外侧会增加两个区域的血管阻力。在第十二对脑神经小根中部尾侧2毫米处进行刺激会降低血管阻力,但在同一小根中部尾侧4毫米处进行刺激则会增加骨骼肌和小肠的血管阻力。