Linked from

The 14 pages that link to Estrogen receptor, each with the reason it gives.

• EstrogenRelated: These receptors translate estrogen exposure into cellular responses.

• EstradiolRelated: Estradiol binds these receptors to alter gene activity and cell function.

• Breast cancerRelated: Many breast tumors use estrogen-receptor signaling to support their growth.

• AromataseRelated: Aromatase changes the availability of ligands that activate these receptors.

• Bisphenol ARelated: BPA can interact with estrogen receptors, though its effects differ from those of natural estrogen.

• TamoxifenRelated: Tamoxifen binds these receptors and changes their activity in breast tissue.

• EstroneRelated: Estrone can activate these receptors, though less potently than estradiol.

• EstriolRelated: Estriol produces effects by binding estrogen receptors.

• EthinylestradiolRelated: Ethinylestradiol produces many of its effects by activating estrogen receptors.

• ClomifeneRelated: Clomifene occupies estrogen receptors, especially in the hypothalamus, changing perceived estrogen feedback.

• MethoxychlorRelated: HPTE can bind and activate estrogen receptors.