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小鼠对味觉刺激的神经和行为反应。

Neural and behavioral responses to taste stimuli in the mouse.

作者信息

Iwasaki K, Sato M

出版信息

Physiol Behav. 1984 May;32(5):803-7. doi: 10.1016/0031-9384(84)90198-7.

Abstract

Neural responses to lingual stimulations with varying kinds of chemicals were recorded from the chorda tympani nerve of the ddy mouse and preferences for NaCl, sucrose and Na saccharin were measured using the two bottle-choice technique. Sucrose, Na saccharin, HCl, and quinine produced large neural responses compared with that for NaCl. Divalent salts also elicited larger responses than NaCl response. The effectiveness of cations was in the order of Sr greater than Mg = Ca greater than Li not equal to Na not equal to NH4 greater than K. Neural response magnitudes for Na salts with varying anions decrease with the relative hydrated size of anions. Mice highly preferred sucrose and Na saccharin but showed a poor preference for NaCl. Similarity in the gustatory responses between mice and hamsters as well as macaque monkeys, and difference between mice and rats are pointed out.

摘要

记录了ddy小鼠鼓索神经对不同种类化学物质舌部刺激的神经反应,并使用双瓶选择技术测量了对氯化钠、蔗糖和糖精钠的偏好。与氯化钠相比,蔗糖、糖精钠、盐酸和奎宁产生了较大的神经反应。二价盐引发的反应也比氯化钠反应大。阳离子的有效性顺序为锶大于镁 = 钙大于锂不等于钠不等于铵大于钾。不同阴离子钠盐的神经反应幅度随阴离子相对水合大小而降低。小鼠高度偏好蔗糖和糖精钠,但对氯化钠的偏好较差。指出了小鼠与仓鼠以及猕猴之间味觉反应的相似性,以及小鼠与大鼠之间的差异。

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