Linked from

The 33 pages that link to Spermatogenesis, each with the reason it gives.

• TestosteroneRelated: Testosterone within the testes is necessary for normal sperm production.

• InfertilityRelated: Disruptions can reduce sperm production or produce sperm unable to fertilize an egg.

• Hypothalamic–pituitary–gonadal axisRelated: Gonadotropin signaling supports the testicular processes required for sperm production.

• AndrogenRelated: Androgens support the testicular environment required for sperm production.

• Follicle-stimulating hormoneRelated: In testes, FSH acts on Sertoli cells to support this process.

• Reproductive systemRelated: It describes how the male reproductive system continually produces sperm.

• FertilityRelated: Sperm production supplies the male gametes needed for fertilization.

• Klinefelter syndromeRelated: Impaired sperm production is a common cause of infertility in Klinefelter syndrome.

• Fertility preservationRelated: Treatments that disrupt this process can reduce or eliminate future sperm production.

• TestisRelated: This process takes place in seminiferous tubules within the testis.

• AntheridiumRelated: Antheridia produce sperm through cell divisions and differentiation.

• Testosterone replacement therapyRelated: External testosterone can suppress the hormonal signals needed to sustain this process.

• Blood–testis barrierRelated: Barrier remodeling lets developing germ cells move between compartments during this process.

• Genitourinary systemRelated: In males, reproductive function uses organs housed alongside urinary structures.

• Sex organRelated: It is the cellular process carried out in sperm-producing gonads.

• TesticleRelated: It is the sequence of cell divisions and maturation that produces sperm inside seminiferous tubules.

• Y linkageRelated: Y-bearing sperm transmit Y-linked genes to offspring who inherit a Y chromosome.