Linked from

The 17 pages that link to Estradiol, each with the reason it gives.

• EstrogenBroader topic: It is the principal estrogen driving many effects of the hormone group.

• TestosteroneRelated: This conversion contributes to testosterone’s effects on bone and other tissues.

• PubertyRelated: It supports breast development, growth changes, and reproductive maturation.

• Steroid hormoneBroader topic: It is a major example of a reproductive steroid with effects beyond reproduction.

• MenopauseRelated: Its decline contributes to menstrual changes and many menopausal symptoms.

• Follicle-stimulating hormoneRelated: Estradiol rises as FSH-stimulated follicles develop and also feeds back on the reproductive axis.

• DihydrotestosteroneCompared with: Unlike testosterone, DHT cannot be converted into estradiol by aromatase.

• SteroidogenesisBroader topic: Its synthesis uses androgen precursors produced by steroidogenic tissues.

• Estrogen receptorRelated: Binding estradiol changes receptor shape and enables its regulatory activity.

• AromataseBroader topic: It is a major product of aromatase activity in many tissues.

• Delayed pubertyRelated: Low estrogen can delay breast development, menstruation, and the pubertal growth spurt.

• Sex hormone-binding globulinRelated: SHBG also binds estradiol, linking its concentration to estrogen availability.

• EstroneCompared with: It is more potent than estrone and interconverts with it in tissues.

• Primary ovarian insufficiencyRelated: Reduced ovarian production can lead to low estrogen and related symptoms.

• EstriolCompared with: Estradiol has stronger estrogenic activity and a different production pattern.

• EthinylestradiolCompared with: Unlike ethinylestradiol, estradiol is a natural human estrogen and undergoes extensive first-pass metabolism.

• DehydroepiandrosteroneRelated: DHEA-derived androgens can be aromatized into estradiol in tissues that express aromatase.