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大鼠中隔损伤后进食与活动的关系。

The relation of feeding and activity following septal lesions in rats.

作者信息

Flynn F W, Evey L A, Steele T L, Mitchell J C

出版信息

Behav Neurosci. 1986 Jun;100(3):416-21. doi: 10.1037//0735-7044.100.3.416.

Abstract

The patterns of intake of liquid diet and water were recorded in diet-deprived rats with septal lesions and neurologically intact controls during the first hour of diet access. The occurrences of grooming, resting/sleeping, and exploring were also recorded. Both groups of rats consumed similar amounts of diet in one meal during the 1-hr diet access period. Control rats consumed the meal in one prolonged bout of eating, whereas rats with septal lesions consumed the meal in numerous small bouts of eating. Rats with septal lesions were active for longer periods, exhibiting continuous alternation of brief bouts of eating, drinking, exploring, and resting throughout the meal. In tests in which water was not available during the diet access period, both groups of rats increased their intrameal bout size, but rats with septal lesions still showed much smaller bouts of ingestion than did controls. These data suggest that the small-bout pattern of ingestion may reflect a general disruption in the control of behavioral sequences, rather than processes uniquely related to the regulation of eating or drinking.

摘要

在禁食一段时间后恢复进食的首个小时内,记录了患有隔区损伤的大鼠和神经系统完整的对照大鼠的流食和水的摄入模式。还记录了梳理毛发、休息/睡眠和探索行为的发生情况。在1小时的进食期间,两组大鼠每餐摄入的食物量相似。对照大鼠在一次长时间的进食过程中吃完一餐,而患有隔区损伤的大鼠则在多次小的进食过程中吃完一餐。患有隔区损伤的大鼠活跃时间更长,在整个用餐过程中表现出进食、饮水、探索和休息的短暂过程持续交替。在进食期间无法获得水的测试中,两组大鼠的餐内进食过程规模都有所增加,但患有隔区损伤的大鼠的进食过程规模仍比对照大鼠小得多。这些数据表明,小进食过程模式可能反映了行为序列控制的普遍紊乱,而不是与进食或饮水调节独特相关的过程。

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