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归纳与演绎过程的半球偏侧化。

Hemisphere lateralization of inductive and deductive processes.

作者信息

Bianki V L

出版信息

Int J Neurosci. 1983 Jul;20(1-2):59-73. doi: 10.3109/00207458308986564.

Abstract

Experiments were performed on 453 Wistar rats. Motion-food and electrodefensive behavioral techniques were applied. The following models were used: a conditioned reflex formation, generalization and specialization of a conditioned reflex, the dynamic stereotype, visual image synthesizing, a conditioned reflex to a stimulus complex. Primary and secondary analysis and synthesis of stimuli were discriminated. Induction and deduction were considered as a certain sequence of analysis and synthesis in time. Primary analysis and secondary synthesis were shown to be mainly lateralized in the left hemisphere and primary synthesis and secondary analysis in the right one. The conclusion was drawn that, in animals, the left hemisphere processes information mainly according to the principle of induction (from the particular to the general) and the right one does so according to the principle of deduction (from the general to the particular).

摘要

对453只Wistar大鼠进行了实验。采用了运动-食物和电防御行为技术。使用了以下模型:条件反射形成、条件反射的泛化和分化、动力定型、视觉图像合成、对刺激复合物的条件反射。区分了刺激的初级和次级分析与合成。归纳和演绎被视为分析和合成在时间上的特定序列。结果表明,初级分析和次级合成主要定位于左半球,而初级合成和次级分析则定位于右半球。得出的结论是,在动物中,左半球主要根据归纳原则(从特殊到一般)处理信息,而右半球则根据演绎原则(从一般到特殊)处理信息。

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