Papasova M, Atanassova E, Boev K
Acta Physiol Pharmacol Bulg. 1976;2(1):15-22.
Experiments were made on four dogs with chronically implanted electrodes. Fistula according to Bassov was made in one of the animals, and in each of the remaining three - two semiconductor silicon tensotransducers were sewn to the gastric wall. Bilateral transthoracic vagotomy results in inco-ordination between the rhythm of slow potentials generation from the body and from the antrum of the stomach. Slow potentials and contractions with frequencies usual for the stomach are recorded from the body of the stomach, while in the antrum there appear from time to time bursts of slow potential groups with relatively high frequency. These groups are not followed by contractions of the stomach wall or by changes in the intragastric pressure. Bilateral transthoracic vagotomy leads to disturbances in the conduction of the slow potential generated in the proximal segments of the stomach, as well as to distrubances in the propagation of the peristaltic wave.
对四只长期植入电极的狗进行了实验。在其中一只动物身上按照巴索夫方法制造了瘘管,在其余三只动物的每只身上,将两个半导体硅张力传感器缝到胃壁上。双侧经胸迷走神经切断术导致胃体和胃窦产生慢电位的节律之间不协调。从胃体记录到频率与胃正常情况相符的慢电位和收缩,而在胃窦则不时出现频率相对较高的慢电位群爆发。这些慢电位群之后不会伴随胃壁收缩或胃内压变化。双侧经胸迷走神经切断术会导致胃近端段产生的慢电位传导紊乱,以及蠕动波传播紊乱。