Domjan M
J Exp Psychol Anim Behav Process. 1977 Jan;3(1):66-76. doi: 10.1037//0097-7403.3.1.66.
Administration of lithium chloride disrupted the intake of flavored solutions but not water in rats. This intake suppression was directly related to the amount of lithium administered (Experiment 1), occurred with both palatable and unpalatable novel saccharin solutions (Experiment 2), but was only observed if subjects were tested starting less than 75 min. after lithium treatment (Experiment 3). Twenty-five daily exposures to saccharin did not attenuate the effect (Experiment 4). However, in saccharin-reared and vinegar-reared rats, lithium did not disrupt consumption of the solutions these subjects had access to throughout life, even though suppressions of intake were observed when these subjects were tested with novel flavors (Experiment 5). The selective disruption of drinking is interpreted as a novelty-dependent sensitization reaction to the discomfort of aversive drug administration.
给大鼠注射氯化锂会扰乱其对调味溶液的摄取,但不会影响其对水的摄取。这种摄取抑制与注射的锂量直接相关(实验1),在可口和不可口的新型糖精溶液中均会出现(实验2),但只有在锂治疗后不到75分钟就对实验对象进行测试时才会观察到(实验3)。每天接触25次糖精并不会减弱这种效果(实验4)。然而,在以糖精饲养和以醋饲养的大鼠中,锂不会扰乱这些实验对象在一生中所接触到的溶液的消耗,尽管当用新口味对这些实验对象进行测试时会观察到摄取抑制(实验5)。饮水的选择性扰乱被解释为对厌恶药物给药不适的一种新奇依赖性致敏反应。