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The construction of "chains of excitation" based on latent periods of responses of silent neurons of the frog tectum opticum to repetitive visual stimuli revealed significant differences in the course of excitation of the neuronal structures during the action of simple (flashes) and complex (movement of a visual object) stimuli. Movement of excitation over tectal neurons is shown to be very complex in character, for whereas the excitation wave develops comparatively quickly in response to simple stimuli and narrowing of the pathway of excitation soon arises, in response to a stimulus of definite shape it lasts longer and the pathway of excitation remains comparatively constant in width for much longer.
A B Kogan, and
T V Aleinikova, and
G S Klepach
March 1976,
Fiziologicheskii zhurnal SSSR imeni I. M. Sechenova,
A B Kogan, and
T V Aleinikova, and
G S Klepach
January 1971,
Neirofiziologiia = Neurophysiology,
A B Kogan, and
T V Aleinikova, and
G S Klepach
January 1969,
Izvestiia na Instituta po fiziologiia,
A B Kogan, and
T V Aleinikova, and
G S Klepach
January 1983,
Neirofiziologiia = Neurophysiology,
A B Kogan, and
T V Aleinikova, and
G S Klepach
December 1978,
Die Naturwissenschaften,
A B Kogan, and
T V Aleinikova, and
G S Klepach
January 1981,
Nauchnye doklady vysshei shkoly. Biologicheskie nauki,
A B Kogan, and
T V Aleinikova, and
G S Klepach
September 1964,
Arkhiv anatomii, gistologii i embriologii,
A B Kogan, and
T V Aleinikova, and
G S Klepach
January 1954,
Naunyn-Schmiedebergs Archiv fur experimentelle Pathologie und Pharmakologie,
A B Kogan, and
T V Aleinikova, and
G S Klepach
January 1970,
Journal fur Hirnforschung,
A B Kogan, and
T V Aleinikova, and
G S Klepach
May 2009,
Journal of neuroscience methods,
