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It has been shown that the microcirculatory system of the cohlear portion of the labyrinth is a complex of vessels adapted to the organ function. The analysis of the blood passages in the cochlear channel has shown that in accordance with the organ structure there occurs a spacious subdivision of the micrcirculatory bed into working units (segments) which are functionally integrated into a single microcirculatory system. Quantitative estimation of the microcirculatory system parameters has shown that 1) the blood volume which comes into the microcirculatory system is distributed between the vessels as following: 26%--arterioles: 8%--precapillaries; 29%--capillaries; 8%--postcapillaries and 29%--venules. 2) 639 capillaries fall on 1 mm-2 of the vascular strip and their diffuse surface is 1,3 mm-2.
V N Levin, and
V I Kozlov, and
N N Levina
May 1979,
Arkhiv anatomii, gistologii i embriologii,
V N Levin, and
V I Kozlov, and
N N Levina
January 1989,
Zhurnal voprosy neirokhirurgii imeni N. N. Burdenko,
V N Levin, and
V I Kozlov, and
N N Levina
May 1982,
Vrachebnoe delo,
V N Levin, and
V I Kozlov, and
N N Levina
October 1985,
Vrachebnoe delo,
V N Levin, and
V I Kozlov, and
N N Levina
November 1978,
Arkhiv anatomii, gistologii i embriologii,
V N Levin, and
V I Kozlov, and
N N Levina
May 1982,
Fiziologicheskii zhurnal,
V N Levin, and
V I Kozlov, and
N N Levina
January 1982,
Oftalmologicheskii zhurnal,
V N Levin, and
V I Kozlov, and
N N Levina
April 1990,
Vrachebnoe delo,
V N Levin, and
V I Kozlov, and
N N Levina
December 1986,
Biulleten' eksperimental'noi biologii i meditsiny,
V N Levin, and
V I Kozlov, and
N N Levina
July 1985,
Arkhiv anatomii, gistologii i embriologii,
