Lomarev M P
Zh Vyssh Nerv Deiat Im I P Pavlova. 1978 Jul-Aug;28(4):792-7.
Study of the effects of a functional switching off the sensorimotor neocortex area in cats by means of cooling reveals its inhibitory influence on emotional-behavioral reactions to hypothalamic stimulation. Multiple (up to 12) switchings off of the frontal neocortex are attended with a gradual compensation of its inhibitory function by the activity of other brain structures. On the other hand inactivation of the sensorimotor cortex reduces the ability of natural provoking stimuli to lower the thresholds of goal-directed rage which develops when these stimuli are combined with an electrical stimulation of the hypothalamus. A conclusion has been made on the participation of the frontal neocortex in the systemic organization of estimation of biologically significant stimuli.
通过冷却对猫的感觉运动新皮层区域进行功能关闭的影响研究表明,其对下丘脑刺激的情绪行为反应具有抑制作用。对额叶新皮层进行多次(多达12次)关闭操作时,其他脑结构的活动会逐渐补偿其抑制功能。另一方面,感觉运动皮层的失活会降低自然刺激降低目标导向性愤怒阈值的能力,当这些刺激与下丘脑的电刺激相结合时,目标导向性愤怒就会产生。由此得出结论,额叶新皮层参与了对具有生物学意义刺激的评估的系统组织。