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Light flashes, indifferent to the subject, of 5 msec duration and of 0.27 joule intensity, were presented during school period to two groups of children with different levels of motor activity. The school children whose mobility was by 40 to 45% below the physiological norm exhibited longer latencies of late P3 and O3 components of averaged visual evoked potentials. It is assumed that the longer latencies are due to a lowered level of functional activity of the non-specific brain structures working in conditions of hypokinesia in a more synchronized regime. The introduction of a daily lesson of physical exercises of enhanced motor activity suffices to compensate for disturbances in the brain integrative activity, caused by hypokinesia.
N G Zhuravleva, and
L R Zenkov
January 1980,
Neuroscience and behavioral physiology,
N G Zhuravleva, and
L R Zenkov
May 1993,
Anesthesia and analgesia,
N G Zhuravleva, and
L R Zenkov
May 1993,
Anesthesiology,
N G Zhuravleva, and
L R Zenkov
January 2000,
Fiziologiia cheloveka,
N G Zhuravleva, and
L R Zenkov
January 1979,
Zhurnal vysshei nervnoi deiatelnosti imeni I P Pavlova,
N G Zhuravleva, and
L R Zenkov
January 1981,
Developments in ophthalmology,
N G Zhuravleva, and
L R Zenkov
November 1971,
Doklady Akademii nauk SSSR,
N G Zhuravleva, and
L R Zenkov
March 1967,
Life sciences,
N G Zhuravleva, and
L R Zenkov
January 1990,
Electroencephalography and clinical neurophysiology,
N G Zhuravleva, and
L R Zenkov
April 1985,
Der Nervenarzt,
