An educational physiology is the lowest grade in the disciplinary hierarchy which consists in pedagogy. It tries to explain pedagogy with the disciplinary hierarchy. It investigates what function of the nervous system is related to the teaching-learning process, and supports that teacher understands many factors of the teaching-learning process. According to the function of the nervous system, an educational physiology finds out new vistas about the human function and ability, and the vistas are used for correcting the view of the curriculum research and the principle of education. This paper addressed three topics under the main rubic of the school physical education in the chapter two-four of this paper. In the chapter two of this paper, the social-educational pathological phenomena in the modern society were proposed as a disorder of the interaction in the neocortex and the limbic system of the cerebrum. Although it was discussed that the inhibitory function of the cerebrum exerted an influence on the development of the motor function in the chapter three of this paper, it was suggested that the cerebrum firstly inhibited the reflex according to behavioral and motor program. Because, in general, how the cerebrum works is oriented by the social and educational value, the human activity often goes out of the biological logic by the value in which emphasis is the difference between the human being and the other animal. From a biological point of view, therefore, the character of the human being was thought as the non-specificity, and it was proposed that non-specific motor ability was promoted in the school physical education. Although the teaching-learning process of the school physical education were examined from a neurophysiological point of view on the motor learning (Sasaki & Gemba, 1982) in the chapter four of this paper, it was suggested that the instructional contents should shift from the motor learning of cerebellum (skill learning) to the motor learning of the cerebrum (cognition learning) in the cerebro-cerebellar communication systems as the grade went up in the school. In other words, it was thought that the instructional contents had to be shifted from the skill learning which memorized the motor program (the contraction pattern of the skeleton muscle) in the cerebellar cortex to the cognition learning which selected the information and planed the behavioral program in the cerebral cortex as the grate went up in the school.
View full abstract