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The EEG and impulse activity of the neurons of the cerebral cortex and other structures of the brain were studied in the dynamics of hypoxic influence. In the initial phase of hypoxia (2000-6000 m), activation of the EEG and impulse discharge of neurons set in; in this case EEG activation arose earlier and was more pronounced. In the second phase of hypoxia (7500-10,000 m), the EEG changed in the direction of a reorganization of the frequency spectrum from one rhythm to another - from fast to slow activity of the type of delta waves. At this time the impulse activity was gradually suppressed, and the cortical neurons exhibited higher sensitivity to hypoxia and were inhibited earlier than the cells of the hypothalamus and medulla oblongata.
N S Akopyan, and
O G Baklavadzhyan, and
M A Karapetyan
May 1982,
Fiziologicheskii zhurnal SSSR imeni I. M. Sechenova,
N S Akopyan, and
O G Baklavadzhyan, and
M A Karapetyan
April 1974,
Brain research,
N S Akopyan, and
O G Baklavadzhyan, and
M A Karapetyan
July 1984,
Brain research,
N S Akopyan, and
O G Baklavadzhyan, and
M A Karapetyan
January 2009,
Aviakosmicheskaia i ekologicheskaia meditsina = Aerospace and environmental medicine,
N S Akopyan, and
O G Baklavadzhyan, and
M A Karapetyan
January 1993,
Aviakosmicheskaia i ekologicheskaia meditsina = Aerospace and environmental medicine,
N S Akopyan, and
O G Baklavadzhyan, and
M A Karapetyan
January 1977,
Zhurnal vysshei nervnoi deiatelnosti imeni I P Pavlova,
N S Akopyan, and
O G Baklavadzhyan, and
M A Karapetyan
January 1988,
Neuroscience and behavioral physiology,
N S Akopyan, and
O G Baklavadzhyan, and
M A Karapetyan
January 2024,
Life (Basel, Switzerland),
N S Akopyan, and
O G Baklavadzhyan, and
M A Karapetyan
January 1977,
Farmakologiia i toksikologiia,
N S Akopyan, and
O G Baklavadzhyan, and
M A Karapetyan
January 2007,
Fiziologiia cheloveka,
