Szczepańska-Sadowska E, Sobocińska J, Sadowski B, Kosowski S
Arch Int Physiol Biochim. 1978 Feb;86(1):169-73. doi: 10.3109/13813457809069894.
Reactivity of the thirst mechanism to osmotic stimuli was measured in conscious dogs chronically implanted with electrodes in the basal forebrain. It was found that the thirst threshold to the osmotic stimulus increases markedly during electrical stimulation of the preoptic area, septum, nucleus accumbens septi, and to smaller degree during stimulation of the nucleus caudatus. The possibility of existence of some inhibitory components in the neural system controlling thirst in the dog is suggested.
在基底前脑长期植入电极的清醒犬中，测量了口渴机制对渗透刺激的反应性。结果发现，在对视前区、隔区、伏隔核进行电刺激时，对渗透刺激的口渴阈值显著升高，而在刺激尾状核时，口渴阈值升高程度较小。这提示犬类控制口渴的神经系统中可能存在某些抑制成分。
