Describe the effects of FSH, LH, estrogen &
progesterone on the initiation & maintenance of a...
Describe the effects of FSH, LH, estrogen &
progesterone on the initiation & maintenance of a normal human
28-day menstrual (ovarian) cycle in which fertilization does not
occur.
Describe the effects of FSH, LH, estrogen & progesterone on
the initiation & maintenance of a normal human 28-day menstrual
(ovarian) cycle in which fertilization does not occur.
In Birth Control pills:
A. progesterone inhibits oxytocin
B.. progesterone inhibits the release of LH from the pituitary
gland
C. progesterone inhibits the release of FSH from the pituitary
gland
D. estrogen inhibits ovulation directly
E. progesterone inhibits implantation of the embryo in the
uterus
Describe what is happening during the female monthly cycle
related to:
FSH, LH, estrogens, and progesterones
The follicles in the ovaries
The lining of the uterus
• What is estrogen? • What is progesterone? • What is the release of an egg known as? • Describe the process of egg formation. • Describe how the number of eggs produced in the female compares to the number of sperm produced in the male.
At puberty, FSH and LH
a.
stimulate the release of additional testosterone by the testes
and the release of estrogens by the ovaries.
b.
inhibit the release of androgens by the testes and estrogens by
the ovaries.
c.
stimulate the release of gonadotropin-releasing hormone.
d.
inhibit the release of estrogens by the testes and testosterone
by the ovaries.
Factors that might influence recent changes in the age at which
puberty begins include
a.
a cultural tendency to marry later.
b....
1.What role do the hormones FSH and LH play in male sexual
development
2.Describe how a primordial follicle develops into a Graffian
follicle and ovulates, and then what happens to the follicle?
3.Explain how high blood pressure can damage your kidneys
1. Explain the role of FSH and LH in the reproductive systems of
humans. What does each hormone do, and what parts of the
reproductive tract are affected?
2. Why is the action potential considered an "all or nothing"
event?
3. Describe two ways in which the nervous and endocrine systems
interact to help regulate