vitro, obtained from several dystrophic mouse mutants (male: 129/ReJ-dy; 129B6F1/J\x=req-\ dy; C57BL/6J-dy and C57BL/6J-dy2J; female: 129B6F1/J-dy)and a dystrophic hamster mutant (male and female CHF-147). Without exception, pituitary tissue from dystrophic animals released significantly more FSH than did tissue obtained from controls. LH secretion was more variable; in the male mice release was inhibited, whereas in the male dystrophic hamsters secretion was elevated above normal. The female mouse mutant pituitary released more LH whereas in the female hamster LH secretion was normal. The reduction in body weight of the mutants studied could have contributed to the observations of impaired anterior pituitary function
<p>(A) PICK1 is expressed in GH-producing cells of the pituitary. Confocal images of 15 µm slices fr...
There are three recessive genes (little, Snell, and Ames) which cause dwarfism and GH deficiency in ...
The two gonadotrophins, follicle-stimulating hormone and luteinising hormone, are pivotal regulators...
To investigate brain-pituitary-gonadal inter-relationships, we have compared the effects of mutation...
We wished to determine if congenitally athymic nude male mice have the same reduction in circulating...
To investigate the relationship between gonadotroph function and ultrastructure, we have compared, i...
To investigate the relationship between gonadotroph function and ultrastructure, we have compared, i...
Hypogonadal (hpg) mice lack hypothalamic luteinizing hormone releasing hormone (LH\x=req-\ RH); cons...
During the last two decades a large number of genetically modified mouse lines with altered gonadotr...
Female transgenic mice expressing the bovine (b) growth hormone (GH) gene exhibit reduced fertility,...
Ablation of pituitary gonadotrophs was obtained in transgenic mice expressing diphtheria toxin A (DT...
The new mouse mutation little (lit) in the homozygous state causes a pituitary deficiency involving ...
We have generated transgenic mice with somatotroph-specific expression of a modified influenza virus...
We have generated transgenic mice with somatotroph-specific expression of a modified influenza virus...
In these experiments we examined the effects of luteinizing hormone releasing hormone (LHRH) and gon...
<p>(A) PICK1 is expressed in GH-producing cells of the pituitary. Confocal images of 15 µm slices fr...
There are three recessive genes (little, Snell, and Ames) which cause dwarfism and GH deficiency in ...
The two gonadotrophins, follicle-stimulating hormone and luteinising hormone, are pivotal regulators...
To investigate brain-pituitary-gonadal inter-relationships, we have compared the effects of mutation...
We wished to determine if congenitally athymic nude male mice have the same reduction in circulating...
To investigate the relationship between gonadotroph function and ultrastructure, we have compared, i...
To investigate the relationship between gonadotroph function and ultrastructure, we have compared, i...
Hypogonadal (hpg) mice lack hypothalamic luteinizing hormone releasing hormone (LH\x=req-\ RH); cons...
During the last two decades a large number of genetically modified mouse lines with altered gonadotr...
Female transgenic mice expressing the bovine (b) growth hormone (GH) gene exhibit reduced fertility,...
Ablation of pituitary gonadotrophs was obtained in transgenic mice expressing diphtheria toxin A (DT...
The new mouse mutation little (lit) in the homozygous state causes a pituitary deficiency involving ...
We have generated transgenic mice with somatotroph-specific expression of a modified influenza virus...
We have generated transgenic mice with somatotroph-specific expression of a modified influenza virus...
In these experiments we examined the effects of luteinizing hormone releasing hormone (LHRH) and gon...
<p>(A) PICK1 is expressed in GH-producing cells of the pituitary. Confocal images of 15 µm slices fr...
There are three recessive genes (little, Snell, and Ames) which cause dwarfism and GH deficiency in ...
The two gonadotrophins, follicle-stimulating hormone and luteinising hormone, are pivotal regulators...