-hydroxylase and 4-hydroxylase catalyze the conversion of these compounds into incredibly potent naturally-occurring inhibitors of catecholamine metabolism.
-hydroxylase and 4-hydroxylase catalyze the conversion of these compounds into incredibly potent naturally-occurring inhibitors of catecholamine metabolism. GPR-30 has a high affinity for these compounds, as does a namesake receptor with alpha and beta domains that respectively attract raloxifene and genistein. A class of antagonists to these compounds is characterized by the presence of a dialkylaminoethoxyl substituent hanging off one benzene ring of a 1,2-diphenylethylene group. Due to the similarity of their phenol groups, bisphenolAis able to mimic these compounds in the body. They are formed from three successive hydroxylations of the 19-methyl group, followed by the cleavage of a methyl group, catalyzed by aromatase.The three main naturally occurring ones, which have one, two, or three hydroxyl groups, correspondingly have names ending with -one (OWN), -diol, and -triol, though the -diol is most potent. For 10 points, name these steroid hormones that control the secondary sex characteristics of women.
-hydroxylase and 4-hydroxylase catalyze the conversion of these compounds into incredibly potent naturally-occurring inhibitors of catecholamine metabolism.
estrogens