-transparent.png){kind=logo}
The ability of trifluoperazine, a calmodulin blocker, to prevent increases in skeletal muscle glucose uptake induced by insulin was tested. Insulin significantly increased glucose uptake by the rat hindlimb and trifluoperazine (10(-6) M) completely inhibited this increase. We conclude that calmodulin is a factor involved in the regulation of insulin-mediated glucose transport in muscle cells.
Related Publications
V Guarner, and
E H Hernández, and
R Huerto, and
P Gorostiza, and
F Valenzuela
June 1988,
The Biochemical journal,
V Guarner, and
E H Hernández, and
R Huerto, and
P Gorostiza, and
F Valenzuela
July 2022,
Food and chemical toxicology : an international journal published for the British Industrial Biological Research Association,
V Guarner, and
E H Hernández, and
R Huerto, and
P Gorostiza, and
F Valenzuela
March 2011,
Cell metabolism,
V Guarner, and
E H Hernández, and
R Huerto, and
P Gorostiza, and
F Valenzuela
April 2016,
Hormone molecular biology and clinical investigation,
V Guarner, and
E H Hernández, and
R Huerto, and
P Gorostiza, and
F Valenzuela
August 1978,
FEBS letters,
V Guarner, and
E H Hernández, and
R Huerto, and
P Gorostiza, and
F Valenzuela
June 2010,
American journal of physiology. Endocrinology and metabolism,
V Guarner, and
E H Hernández, and
R Huerto, and
P Gorostiza, and
F Valenzuela
July 2020,
Comprehensive Physiology,
V Guarner, and
E H Hernández, and
R Huerto, and
P Gorostiza, and
F Valenzuela
February 2013,
Molecular and cellular endocrinology,
V Guarner, and
E H Hernández, and
R Huerto, and
P Gorostiza, and
F Valenzuela
June 2001,
Diabetes,
V Guarner, and
E H Hernández, and
R Huerto, and
P Gorostiza, and
F Valenzuela
September 1978,
Hoppe-Seyler's Zeitschrift fur physiologische Chemie,
