Linked from

The 16 pages that link to Glucocorticoid receptor, each with the reason it gives.

• CorticosteroidRelated: It mediates many anti-inflammatory and metabolic effects of corticosteroids.

• CortisolRelated: Cortisol changes cell function largely by binding this receptor.

• Hypothalamic–pituitary–adrenal axisRelated: Cortisol acts through this receptor to regulate target tissues and provide feedback.

• DexamethasoneRelated: Dexamethasone binds this receptor to alter inflammatory and immune gene expression.

• PrednisoneRelated: Prednisolone’s anti-inflammatory effects begin when it activates this receptor.

• Topical corticosteroidRelated: Topical corticosteroids act through this receptor to change inflammatory signaling in skin cells.

• GlucocorticoidRelated: It is the principal molecular target through which glucocorticoids produce many cellular effects.

• HydrocortisoneRelated: Hydrocortisone binds this receptor to alter inflammation, metabolism, and immune activity.

• Intranasal corticosteroidRelated: Intranasal corticosteroids bind this receptor to suppress inflammatory signaling in nasal tissue.

• Inhaled corticosteroidRelated: Inhaled corticosteroids act through this receptor to alter inflammatory signaling in airway cells.

• CortisoneRelated: Cortisol produced from cortisone acts through this receptor.

• BetamethasoneRelated: Betamethasone binds this receptor to suppress inflammatory signaling and alter immune-cell activity.

• MethylprednisoloneRelated: Methylprednisolone binds this receptor to alter inflammatory and immune gene activity.

• PrednisoloneRelated: Prednisolone binds this receptor to alter inflammatory and immune signaling.

• CorticosteroneRelated: Corticosterone changes cell activity by binding this receptor.