Lagutina N I, Norkina L N, Panina P S
Zh Vyssh Nerv Deiat Im I P Pavlova. 1978 Jul-Aug;28(4):692-9.
In 4 baboons and 3 macaques ablation of the frontal pole (area 10) as compared to other areas of the frontal cortex did not impair previously elaborated instrumental reflexes of different complexity and did not interfere with the elaboration of new ones. An increase in stability, speed, accuracy and intensity of conditioned reflexes was noted. The ablation did not result in motor or vegetative disturbances. In the general behaviour inhibitory elements disappeared along with an enhancement in motor goal-directed activity. It is suggested that frontal poles do not participate in closing-function but control conditioned reflexes and complex behaviour by means of inhibitory influences.
在4只狒狒和3只猕猴身上,与额叶皮质的其他区域相比,额叶极(第10区)的切除并未损害先前建立的不同复杂程度的工具性反射,也未干扰新反射的建立。观察到条件反射的稳定性、速度、准确性和强度有所增加。切除并未导致运动或植物神经紊乱。在一般行为中,抑制性元素消失,同时运动目标导向活动增强。有人认为,额叶极不参与闭合功能,而是通过抑制性影响来控制条件反射和复杂行为。