In male rats, prenatal exposure to fenitrothion causes significantly increase of the volume of SDN-POA; whereas, in female rats, prenatal exposure to fenitrothion causes significantly decrease of the volume of SDN-POA . One possible explanation is that fenitrothion can alter the activity of aromatase, which then alters the level of estrogens converted by it from androgens and finally alters the volume of SDN-POA.
12.
In male rats, prenatal exposure to fenitrothion causes significantly increase of the volume of SDN-POA; whereas, in female rats, prenatal exposure to fenitrothion causes significantly decrease of the volume of SDN-POA . One possible explanation is that fenitrothion can alter the activity of aromatase, which then alters the level of estrogens converted by it from androgens and finally alters the volume of SDN-POA.
13.
In male rats, prenatal exposure to fenitrothion causes significantly increase of the volume of SDN-POA; whereas, in female rats, prenatal exposure to fenitrothion causes significantly decrease of the volume of SDN-POA . One possible explanation is that fenitrothion can alter the activity of aromatase, which then alters the level of estrogens converted by it from androgens and finally alters the volume of SDN-POA.
