- hypothalamus
- anterior pituitary
- ovaries
- adrenal gland
Category: Biology etea medical mcqs
- producing sperm
- storing mature sperm and transporting it from the epididymis
- producing seminal fluid
- secreting testosterone
- menstruation from occurring
- the development of a new set of ovarian follicles during the luteal phase
- the sperm from fertilizing the egg
- the uterus from contracting
- transport testosterone out of the testes
- bind to testosterone, maintaining a high concentration within the seminiferous tubules
- inhibit the production of testosterone
- act as a precursor for estrogen
- zona pellucida
- antrum
- theca interna
- corona radiata
- the uterus losing its ability to respond to hormones
- the pituitary gland ceasing to produce FSH and LH
- the ovaries becoming depleted of follicles and less responsive to FSH and LH
- a blockage in the fallopian tubes
- provide fructose for sperm energy
- lubricate the urethra
- activate sperm motility and contain clotting enzymes
- produce testosterone
- Graafian follicle
- corpus albicans
- polar body
- corpus luteum
- Testosterone
- Luteinizing Hormone (LH)
- Follicle-Stimulating Hormone (FSH)
- Prolactin
- menstruation
- the end of the secretory phase
- ovulation
- the beginning of the follicular phase
- testes
- epididymis
- prostate gland
- seminal vesicles
- start of the menstrual cycle
- LH surge and ovulation
- degradation of the corpus luteum
- thickening of the cervical mucus
- very high levels of testosterone and low LH
- very low levels of testosterone and high LH
- normal levels of all reproductive hormones
- very high levels of FSH and normal LH
- four functional ova
- two functional ova and two polar bodies
- one functional ovum and three polar bodies
- four polar bodies
- spermiogenesis
- spermiation
- capacitation
- acrosome reaction
- provide a thick barrier against sperm
- nourish the developing embryo after implantation
- prepare the uterus for menstruation
- increase the acidity of the uterus
- a massive and sustained release of FSH and LH
- a decrease in FSH and LH secretion due to receptor downregulation
- an increase in testosterone only
- an increase in estrogen only
- Leydig cells
- myoid cells
- interstitial cells
- Sertoli cells
