Arshavskiĭ Iu I, Berkinblit M B, Popova L B, Fukson O I, Iakobson V S
Neirofiziologiia. 1979;11(6):585-92.
The effect of the central analgetic, fentanyl, on evoked potentials and Purkinje cells discharges in the cerbellar cortex to stimulation either the cerebral cortex or somatic nerves were studied in nonanaesthetized cats. It was found that the analgetic dose fentanyl (10-30 microgram/kg) did not affect the evoked potentials. The fentanyl dose of 30 microgram/kg suppressed the resting discharges and responses of Purkinje cells while the dose of 10 microgram/kg facilitated them. However these effects were substantially weaker as compared with those of nembutal. Therefore fentanyl can be used for analgesia during electrophysiological study of the cerebellar cortex in nonanaesthetized cats.
在未麻醉的猫身上,研究了中枢镇痛药芬太尼对刺激大脑皮层或躯体神经时小脑皮层诱发电位和浦肯野细胞放电的影响。结果发现,镇痛剂量的芬太尼(10 - 30微克/千克)不影响诱发电位。30微克/千克的芬太尼剂量抑制了浦肯野细胞的静息放电和反应,而10微克/千克的剂量则促进了它们。然而,与戊巴比妥相比,这些作用要弱得多。因此,芬太尼可用于未麻醉猫小脑皮层电生理研究期间的镇痛。