Female Physiology Flashcards
Both of these are needed for oogenesis
Estrogen and progesterone
The process of developing the ova or the female gamete
Oogenesis
This is formed from the remnants of the follicle and maintains hormonal production
Corpus luteum
This contains highly vascular connective tissue and ovarian follicles
Cortex
This is a fluid filled cavity in the center of the follicle that is formed by the granulosa cells proliferating
Antrum
A mature follicle is called
A dominant or Graafian follicle
Involves ejection of the oocyte and formation of the corpus luteum from the follicle remnants
Ovulation
The uterine tubes include
- Fallopian tubes
2. Oviducts
The oocyte is swept into the uterine tube by these that are fingerlike extensions at the end of the tube
Fimbriae
The bent region of the Fallopian tubes
Ampulla
This is the usual site of fertilization
Ampulla
The uterus has 3 basic layers:
- Perimetrium- outermost serous later
- Myometeium- smooth muscle layer that is stimulated to contract during parturition
- Endometrium- mucosal lining of the uterine cavity
The endometrium is divided into these 2 layers:
- Stratum functionalis or functional layer
2. Stratum basalis or basal layer
Oogenesis depends upon the release of the steroid hormones
Estrogen and progesterone from the ovaries
Describe the negative feedback loop for female hormones
The hypothalamus releases GnRH which stimulates the release of LH and FSH from the anterior pituitary. LH acts on the theca cells stimulating them to secret androgens that are converted into estrogen by the FSH. A surge of LH leads to ovulation. FSH acts on the granulosa cells stimulating them to secrete estrogen. The corpus luteum releases estrogen and progesterone exerting a negative feedback signal to prevent follicles from developing.
This hormone works with estrogen to inhibit muscle contraction of uterus
Progesterone