-transparent.png){kind=logo}
Developmental expression of calretinin in the medial basal hypothalamic (MBH) and amygdala region was examined by Western analysis. Males displayed significantly higher calretinin levels compared to females in the MBH (but not the amygdala) on gestational day 19 and 20. These data imply that hormonal factors may regulate developmental MBH calretinin expression. In turn, sexually dimorphic brain structures might be influenced by calretinin levels that can alter sexually dimorphic patterns of steroidogenesis, cellular migration or programmed cell loss mechanism(s) during neuronal development by modulating intracellular calcium concentrations.
Related Publications
E D Lephart, and
M A Watson, and
R W Rhees, and
D R Ladle, and
N A Jacobson
October 1996,
Brain research. Developmental brain research,
E D Lephart, and
M A Watson, and
R W Rhees, and
D R Ladle, and
N A Jacobson
February 2020,
Brain research bulletin,
E D Lephart, and
M A Watson, and
R W Rhees, and
D R Ladle, and
N A Jacobson
November 1986,
Brain research,
E D Lephart, and
M A Watson, and
R W Rhees, and
D R Ladle, and
N A Jacobson
October 2004,
Experimental biology and medicine (Maywood, N.J.),
E D Lephart, and
M A Watson, and
R W Rhees, and
D R Ladle, and
N A Jacobson
January 1974,
Neuroendocrinology,
E D Lephart, and
M A Watson, and
R W Rhees, and
D R Ladle, and
N A Jacobson
July 1993,
The Journal of comparative neurology,
E D Lephart, and
M A Watson, and
R W Rhees, and
D R Ladle, and
N A Jacobson
August 1999,
Brain research. Developmental brain research,
E D Lephart, and
M A Watson, and
R W Rhees, and
D R Ladle, and
N A Jacobson
January 2014,
Frontiers in zoology,
E D Lephart, and
M A Watson, and
R W Rhees, and
D R Ladle, and
N A Jacobson
June 1997,
Brain research. Molecular brain research,
E D Lephart, and
M A Watson, and
R W Rhees, and
D R Ladle, and
N A Jacobson
July 2012,
Neuroscience letters,
