Human reproductive system anatomy identifies ovaries, oviducts, uterus, cervix, vagina, testes, epididymis, ducts, glands and penis by structure and function.
Coverage 2012–2019 · Updated 16 Jul 2026
Human reproductive systems link gamete production, transport, fertilization, implantation and birth through specialized structures.
| Male-typical structure | Main function |
|---|---|
| Testis | Produces sperm and testosterone |
| Epididymis | Stores and matures sperm |
| Sperm duct (vas deferens) | Carries sperm toward the urethra |
| Seminal vesicles/prostate | Add fluid to form semen |
| Urethra and penis | Conduct and deliver semen outside the body |
| Female-typical structure | Main function |
|---|---|
| Ovary | Produces oocytes and ovarian hormones |
| Oviduct | Transports the oocyte; usual site of fertilization |
| Uterus/endometrium | Supports implantation and development |
| Cervix | Muscular opening between uterus and vagina |
| Vagina/vulva | Receives semen; vagina forms the birth canal and vulva is the external region |
A labelled diagram must show position and connections as well as names. Fertilization normally occurs in an oviduct; implantation occurs later in the endometrium.
This objective is assessed through structured response, commonly using Identify / Draw.
Identify / Draw
Build the answer around this relationship: The epididymis is where sperm complete maturation and become motile.
Misidentifying epididymis, sperm duct, prostate and seminal vesicles on male diagrams.
Representative question
Draw a labeled diagram of the female reproductive system.
Core D3.1 route: reproduction creates offspring, gametes or pollen move, fertilization or germination follows, and the consequence is variation, embryo formation, seed production, or successful early growth.
Core D3.1 exam questions usually combine reproduction strategy with gamete formation, fertilization, human cycles, IVF, plant pollination, or seed germination. Treat each answer as a route: name the process, say what moves or changes, then give the biological consequence.
