-transparent.png){kind=logo}
Treatment with concanavalin A at 100 micron/ml or higher concentrations significantly increased 14C-1-glucose oxidation in dog thyroid slices as reported in other tissues. This treatment exerted no effect on tissue cyclic AMP levels. Neuraminidase at the same concentrations also had similar effects on these parameters. Neither concanavalin A nor neuraminidase at the concentrations up to 100 microng/ml had the TSH effect on both tissue cyclic AMP and 14C-1-glucose oxidation. These results indicate that modification of carbohydrate moieties of glycoproteins on the cell surface may cause an increase in glucose metabolism without any critical effect on cyclic AMP system and in the process of TSH response.
K Yamashita, and
Y Aiyoshi, and
H Oka, and
E Ogata
June 1970,
Metabolism: clinical and experimental,
K Yamashita, and
Y Aiyoshi, and
H Oka, and
E Ogata
October 1971,
Metabolism: clinical and experimental,
K Yamashita, and
Y Aiyoshi, and
H Oka, and
E Ogata
February 1972,
Endocrinology,
K Yamashita, and
Y Aiyoshi, and
H Oka, and
E Ogata
March 1984,
Molecular pharmacology,
K Yamashita, and
Y Aiyoshi, and
H Oka, and
E Ogata
July 1973,
Biochimica et biophysica acta,
K Yamashita, and
Y Aiyoshi, and
H Oka, and
E Ogata
April 1979,
Molecular and cellular endocrinology,
K Yamashita, and
Y Aiyoshi, and
H Oka, and
E Ogata
February 1973,
Endocrinology,
K Yamashita, and
Y Aiyoshi, and
H Oka, and
E Ogata
December 1970,
Experimental cell research,
K Yamashita, and
Y Aiyoshi, and
H Oka, and
E Ogata
January 1983,
FEBS letters,
K Yamashita, and
Y Aiyoshi, and
H Oka, and
E Ogata
November 1964,
Endocrinology,
