Target organs most often regulate the pituitary gland via negative feedback inhibition.
All hormone target cells
All hormone target cells
Use the following hormones to complete the statements (fill…
Use the following hormones to complete the statements (filling in the blanks using the listed hormones): Andrenocorticotropic Hormone, Corticotropin-releaseing hormone, glucocorticoids The is secreted from the hypothalamus and it acts on the anterior pituitary gland causing it to secrete . The release of the anterior pituitary gland hormone then acts on the adrenal cortex to cause it to secrete .
During negative feedback if a variable begins to decrease, y…
During negative feedback if a variable begins to decrease, your body responds by starting mechanisms that would ________________ the original variable.
Theca-Lutein Cysts characterized by, EXCEPT?
Theca-Lutein Cysts characterized by, EXCEPT?
Which of the following substances is a common second messeng…
Which of the following substances is a common second messenger?
_________________ are a collection of nerve cell bodies ou…
_________________ are a collection of nerve cell bodies outside the CNS.
When pain arises in the viscera but is perceived as somatic…
When pain arises in the viscera but is perceived as somatic in origin this is an example of:
Corpus Lutheum cysts is characterized by, EXCEPT?
Corpus Lutheum cysts is characterized by, EXCEPT?
Match the Following Hormones to their correction function: L…
Match the Following Hormones to their correction function: Luteinizing hormone (LH) influences mood and sexual maturity Antidiuretic hormone (ADH) regulates growth of gametes: oocytes in females and spermatozoa in males; stimulates ovarian follicles to secrete estrogen in females Oxytocin surge causes ovulation and produces progesterone via corpus luteum in females; stimulates interstitial cells in testis to make testosterone. Prolactin promotes uterine motility and milk let down (release). Also important in male affection. Growth hormone (GH) induces milk synthesis after pregnancy Follicle stimulating hormone (FSH) promotes tissue growth mainly by triggering release of somatomedin (a potent growth stimulator) from the liver. Testosterone regulates menstrual cycle and pregnancy. Promotes growth of uterine lining (endometrium); stimulates female growth and development Melatonin mediates sense of thirst and promotes H2O retention by the kidneys; likely responsible for affection & monogamy in males Estrogen stimulates male growth, development, sperm production and libido.