Green B G
Physiol Behav. 1985 Sep;35(3):427-34. doi: 10.1016/0031-9384(85)90319-1.
Aqueous solutions of menthol were found to affect oral thermal sensation in the following ways: When menthol solutions were sipped and held in the mouth for 5 sec, solutions above oral temperature felt significantly warmer than deionized water of the same temperature (warmth enhancement). Menthol solutions below oral temperature felt cooler than water of the same temperature, but only slightly so (cold enhancement); Pretreating the mouth with 0.02% menthol for 5 min strengthened cold enhancement but attenuated sensations of warmth (warmth attenuation); Pretreating for 10 min produced continued cold enhancement while judgments of warmth returned to normal levels; L-menthol cooled more effectively than d-menthol, but d-menthol attenuated warmth at least as much as l-menthol. Possible explanations for the intermodal differences are discussed, and suggestions are made for future research into menthol's unexpectedly complex perceptual effects.
研究发现,薄荷醇水溶液对口腔热感觉的影响如下:当含漱薄荷醇溶液并在口中保持5秒时,高于口腔温度的溶液感觉比相同温度的去离子水明显更热(热增强)。低于口腔温度的薄荷醇溶液感觉比相同温度的水更凉,但只是略微更凉(冷增强);用0.02%薄荷醇预处理口腔5分钟可增强冷增强,但减弱热感觉(热减弱);预处理10分钟会持续增强冷增强,而热感觉判断恢复到正常水平;左旋薄荷醇比右旋薄荷醇冷却效果更有效,但右旋薄荷醇减弱热感觉的程度至少与左旋薄荷醇相同。文中讨论了这些模式间差异的可能解释,并对未来关于薄荷醇出人意料的复杂感知效应的研究提出了建议。