In adrenocortical cells the trophic hormone ACTH induces expression of TIMP-1 and the increase in TIMP expression is also associated with decreased collagenase activity.
2.
The trophic hormones increase CYP11A1 gene expression through transcription factors such as steroidogenic factor 1 ( SF-1 ), by the ? isoform of activating protein 2 ( AP-2 ) in the human, and many others.
3.
Hormones secreted by the anterior pituitary are trophic hormones ( Greek : trophe, nourishment ) and tropic hormones . " Trophic hormones " directly affect growth either as hyperplasia or hypertrophy on the tissue it is stimulating . " Tropic hormones " are named for their ability to act directly on target tissues or other endocrine glands to release hormones, causing numerous cascading physiological responses.
4.
Hormones secreted by the anterior pituitary are trophic hormones ( Greek : trophe, nourishment ) and tropic hormones . " Trophic hormones " directly affect growth either as hyperplasia or hypertrophy on the tissue it is stimulating . " Tropic hormones " are named for their ability to act directly on target tissues or other endocrine glands to release hormones, causing numerous cascading physiological responses.
5.
The results suggest that trophic hormones ( e . g ., leutenizing hormone, adrenocorticotropic hormone ) stimulate these steroid producing cells to make 5-( " S " )-HETE and 5-( " S " ) HpEPE which in turn increase the synthesis of steroidogenic acute regulatory protein; the latter protein promotes the rate-limiting step in steroidogenesis, transfer of cholesterol from the outer to the inner membrane of mitochondria and thereby acts in conjunction with trophic hormone-induce activation of protein kinase A to make progesterone and testosterone.
6.
The results suggest that trophic hormones ( e . g ., leutenizing hormone, adrenocorticotropic hormone ) stimulate these steroid producing cells to make 5-( " S " )-HETE and 5-( " S " ) HpEPE which in turn increase the synthesis of steroidogenic acute regulatory protein; the latter protein promotes the rate-limiting step in steroidogenesis, transfer of cholesterol from the outer to the inner membrane of mitochondria and thereby acts in conjunction with trophic hormone-induce activation of protein kinase A to make progesterone and testosterone.
मोबाइल