-transparent.png){kind=logo}
With the aid of C14-leucine incorporation into proteins the protein synthesis in the red (m. soleus) and white (m. extensor dig. longus) skeletal muscles of flight and synchronous rats from the Cosmos-605 experiment was investigated. On the 2nd postflight day the total synthesis of proteins (as calculated per whole muscle) in the red muscle of flight rats remained unaltered. Therefore, distinct atrophy of this muscle that was seen only in flight rats can be attributed to increased degradation of proteins. On the 2nd postflight day the white muscle of both flight and synchronous rats showed moderate atrophy, not only increased protein degradation but also inhibited protein synthesis contributes to this.
V A Kazarian, and
E A Rapoport, and
L A Goncharova, and
S Ia Bulycheva
January 1983,
Acta physiologica Hungarica,
V A Kazarian, and
E A Rapoport, and
L A Goncharova, and
S Ia Bulycheva
December 1980,
The Physiologist,
V A Kazarian, and
E A Rapoport, and
L A Goncharova, and
S Ia Bulycheva
October 1976,
Aviation, space, and environmental medicine,
V A Kazarian, and
E A Rapoport, and
L A Goncharova, and
S Ia Bulycheva
April 1993,
The American journal of physiology,
V A Kazarian, and
E A Rapoport, and
L A Goncharova, and
S Ia Bulycheva
January 1976,
Voprosy pitaniia,
V A Kazarian, and
E A Rapoport, and
L A Goncharova, and
S Ia Bulycheva
March 1977,
Experimental cell research,
V A Kazarian, and
E A Rapoport, and
L A Goncharova, and
S Ia Bulycheva
March 1985,
The Histochemical journal,
V A Kazarian, and
E A Rapoport, and
L A Goncharova, and
S Ia Bulycheva
January 1973,
Kosmicheskaia biologiia i meditsina,
V A Kazarian, and
E A Rapoport, and
L A Goncharova, and
S Ia Bulycheva
January 1991,
Fiziologiia cheloveka,
V A Kazarian, and
E A Rapoport, and
L A Goncharova, and
S Ia Bulycheva
March 2000,
Journal of physiology and pharmacology : an official journal of the Polish Physiological Society,
