Mastropaolo J P, Dacanay R J, Riley A L
Neurobehav Toxicol Teratol. 1986 May-Jun;8(3):297-300.
Twenty-one days following intragastric administration of 6.0 mg/kg of TMT (TMT chloride base/kg) or equivolume distilled water, groups of rats were injected with various doses of LiCl (0, 0.15, 0.60 or 1.8 mEq/kg) following the consumption of a novel saccharin solution. Both groups subsequently avoided the consumption of saccharin, with the degree of the aversion directly related to the dose of LiCl. Further, there was no difference between the TMT- and non-TMT-treated rats in the degree of aversion at any dose. These data suggest that the previously-reported effect of TMT on long-delay taste aversion learning was not likely due to changes in sensory responsiveness.
在胃内给予6.0毫克/千克的TMT(TMT氯化物碱/千克)或等体积蒸馏水21天后,给几组大鼠注射不同剂量的LiCl(0、0.15、0.60或1.8毫当量/千克),随后让它们饮用一种新型糖精溶液。两组大鼠随后都避免饮用糖精,厌恶程度与LiCl的剂量直接相关。此外,在任何剂量下,经TMT处理的大鼠和未经TMT处理的大鼠之间的厌恶程度没有差异。这些数据表明,先前报道的TMT对长延迟味觉厌恶学习的影响不太可能是由于感觉反应性的变化。