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The authors studied the effect of triiodothyronine (T3) and IGL on the intensity of L-14C-tyrosine incorporation, and on the rate of protein of synthesis in the liver mitochondria of thyroidectomized rats, as well as on radioactivity of the liver amino acid poll. It was found that the intensity of L-14C-tyrosins incorporation into the protein of the liver mitochondria in thyroidectomized animals and the rate of protein synthesis in them was half that in sham-operated animals. T3 or IGL administration to thyroidectomized rats normalized protein synthesis in the liver mitochondria. According to all the biochemical indices studied the IGL effect was analogous to that of triiodothyronine. The absence of thyroid hormones in the organism of thyroidectomized animals, or T3 or IGL administration had no effect on the radioactivity of the free tyrosine pool in the liver tissue.
R R Rachev, and
M I Dimitrov, and
N Stanoeva
February 1981,
Archiv fur Tierernahrung,
R R Rachev, and
M I Dimitrov, and
N Stanoeva
July 1969,
Comptes rendus hebdomadaires des seances de l'Academie des sciences. Serie D: Sciences naturelles,
R R Rachev, and
M I Dimitrov, and
N Stanoeva
January 1956,
Archives des sciences physiologiques,
R R Rachev, and
M I Dimitrov, and
N Stanoeva
March 1964,
Rivista di patologia e clinica,
R R Rachev, and
M I Dimitrov, and
N Stanoeva
June 1968,
Proceedings of the National Academy of Sciences of the United States of America,
R R Rachev, and
M I Dimitrov, and
N Stanoeva
January 1987,
Problemy endokrinologii,
R R Rachev, and
M I Dimitrov, and
N Stanoeva
January 1964,
Patologia polska,
R R Rachev, and
M I Dimitrov, and
N Stanoeva
February 2002,
Bioscience reports,
R R Rachev, and
M I Dimitrov, and
N Stanoeva
November 1982,
The British journal of nutrition,
R R Rachev, and
M I Dimitrov, and
N Stanoeva
January 1972,
Biochimie,
