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Recording of the PO2 dynamics in the hippocampus and sensorimotor cortex revealed that the level of PO2 changes rather easily and dramatically depending on emotional tension of the organism during different phases of sleep and wakefulness and being, probably, related to the functional shifts occurring in these structures. On the basis of the percentage of periodical constituents of the PO2 oscillations it may be concluded that the functional activity in the dorsal hippocampus is enhanced during active wakefulness and paradoxical phase of sleep (PS); while during passive wakefulness and slow sleep it is depressed. The maximum occurs in the PS and minimum--in the slow sleep.
L S Nikolaĭshvili, and
L Sh Gobechiia, and
N P Mitagvariia
September 1965,
Electroencephalography and clinical neurophysiology,
L S Nikolaĭshvili, and
L Sh Gobechiia, and
N P Mitagvariia
July 2004,
NeuroImage,
L S Nikolaĭshvili, and
L Sh Gobechiia, and
N P Mitagvariia
January 1976,
Neirofiziologiia = Neurophysiology,
L S Nikolaĭshvili, and
L Sh Gobechiia, and
N P Mitagvariia
January 1976,
Comptes rendus des seances de la Societe de biologie et de ses filiales,
L S Nikolaĭshvili, and
L Sh Gobechiia, and
N P Mitagvariia
January 1997,
Aviakosmicheskaia i ekologicheskaia meditsina = Aerospace and environmental medicine,
L S Nikolaĭshvili, and
L Sh Gobechiia, and
N P Mitagvariia
March 1980,
Brain research,
L S Nikolaĭshvili, and
L Sh Gobechiia, and
N P Mitagvariia
January 1979,
Sleep,
L S Nikolaĭshvili, and
L Sh Gobechiia, and
N P Mitagvariia
June 1967,
Electroencephalography and clinical neurophysiology,
L S Nikolaĭshvili, and
L Sh Gobechiia, and
N P Mitagvariia
December 1980,
Archives italiennes de biologie,
L S Nikolaĭshvili, and
L Sh Gobechiia, and
N P Mitagvariia
June 1987,
Fiziologicheskii zhurnal SSSR imeni I. M. Sechenova,
