-transparent.png){kind=logo}
The effect of triiodothyronine (T3) on somatostatin (SS) mRNA levels in cultured fetal rat cerebrocortical cells was studied. Two different experimental approaches were sought. They differed in the length of time in which cells were deprived of thyroid hormones prior to the addition of exogenous T3. When the cells were not deprived of thyroid hormones, T3 caused a dose-related decrease in SS mRNA content at all doses tested. However, when the cells were deprived of T3 for 24 h, a biphasic effect was observed. These findings suggest that T3 regulates SS gene expression in fetal cultured cerebrocortical cells.
Related Publications
M J Lorenzo, and
L Cacicedo, and
R M Tolón, and
J A Balsa, and
F Sánchez-Franco
February 2011,
Brain research,
M J Lorenzo, and
L Cacicedo, and
R M Tolón, and
J A Balsa, and
F Sánchez-Franco
October 2001,
Brain research. Molecular brain research,
M J Lorenzo, and
L Cacicedo, and
R M Tolón, and
J A Balsa, and
F Sánchez-Franco
May 1983,
Endocrinology,
M J Lorenzo, and
L Cacicedo, and
R M Tolón, and
J A Balsa, and
F Sánchez-Franco
April 1991,
Journal of neurochemistry,
M J Lorenzo, and
L Cacicedo, and
R M Tolón, and
J A Balsa, and
F Sánchez-Franco
July 2009,
Histochemistry and cell biology,
M J Lorenzo, and
L Cacicedo, and
R M Tolón, and
J A Balsa, and
F Sánchez-Franco
June 1989,
Journal of neuroendocrinology,
M J Lorenzo, and
L Cacicedo, and
R M Tolón, and
J A Balsa, and
F Sánchez-Franco
May 1995,
Hormone and metabolic research = Hormon- und Stoffwechselforschung = Hormones et metabolisme,
M J Lorenzo, and
L Cacicedo, and
R M Tolón, and
J A Balsa, and
F Sánchez-Franco
October 2012,
Clinical and experimental nephrology,
M J Lorenzo, and
L Cacicedo, and
R M Tolón, and
J A Balsa, and
F Sánchez-Franco
January 2019,
Neuroscience letters,
M J Lorenzo, and
L Cacicedo, and
R M Tolón, and
J A Balsa, and
F Sánchez-Franco
August 1994,
Biochemical and biophysical research communications,
