Voilokova N L
Laboratory of Physiology of Higher Nervous Activity, I. P. Pavlov Institute of Physiology, Russian Academy of Sciences, Saint Petersburg.
Neurosci Behav Physiol. 1995 Jan-Feb;25(1):86-91. doi: 10.1007/BF02359255.
The results of experiments on dogs with dysfunction of the dopaminoreactive system of the brain suggest the nonidenticality of its different divisions (cortical, striatal, mesencephalic) in the organization of situational conditioned reflexes. It was demonstrated that the nigrostriatal system is involved to a greater degree in the spatial analysis of signals, while the mesocortical system is more involved in the analysis of their biological significance. The dopaminoreactive system of the caudate nucleus is associated to a greater degree with the realization of cognitive, while that of the putamen is associated with the realization of motor programs of situational conditioned reflexes. The thesis of the necessity of the coordinated functioning of the DA-reactive systems for the organization of goal-directed behavior is substantiated.
对大脑多巴胺反应系统功能失调的狗进行的实验结果表明，其不同部分（皮质、纹状体、中脑）在情境性条件反射的组织中具有非同一性。结果表明，黑质纹状体系统在信号的空间分析中参与程度更高，而中脑皮质系统则更多地参与对其生物学意义的分析。尾状核的多巴胺反应系统在更大程度上与认知的实现相关，而壳核的多巴胺反应系统则与情境性条件反射的运动程序的实现相关。多巴胺反应系统协同运作对于组织目标导向行为的必要性这一论点得到了证实。
