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The 37 pages that link to Hypothalamic–pituitary–adrenal axis, each with the reason it gives.

• Post-traumatic stress disorderRelated: Stress-hormone regulation is studied as part of PTSD biology.

• DepressionRelated: Stress-related hormonal regulation is one biological pathway studied in depression.

• Major depressive disorderRelated: Stress-system changes are studied as one possible biological pathway involved in depression.

• AnxietyRelated: Its activation can sustain physical arousal when a threat feels imminent.

• CorticosteroidRelated: It controls the body's production of cortisol, a natural glucocorticoid.

• Anxiety disorderRelated: Stress physiology can accompany anxiety, but no single hormonal pathway explains all anxiety disorders.

• Stress responseRelated: Its cortisol release sustains part of the response beyond the initial neural surge.

• Adverse childhood experiencesRelated: Studies investigate whether adversity alters this system's regulation over time.

• DexamethasoneRelated: Dexamethasone suppresses this axis through negative feedback, especially with sustained use.

• Adrenal cortexRelated: CRH and ACTH relay stress and circadian signals to cortisol-producing cortical cells.

• PrednisoneRelated: Prolonged prednisone exposure can suppress this system through feedback.

• Topical corticosteroidRelated: Extensive or prolonged absorption can suppress this system, particularly in children.

• GlucocorticoidRelated: It controls the release of the body’s principal glucocorticoid, cortisol.

• HydrocortisoneRelated: Hydrocortisone can suppress this system’s signals and reduce endogenous cortisol production.

• Adrenal glandRelated: This feedback circuit controls cortisol release during stress and across the day.

• Gut-brain axisRelated: Stress hormones alter gut function, while gut signals can influence stress responses.

• Limbic systemRelated: It carries limbic influences into prolonged hormonal responses to stress.

• Major depressive episodeRelated: Stress-system activity is studied as one possible contributor to depressive symptoms.

• Mood disorderRelated: Stress-system activity is studied as one pathway related to depression.

• Psychological stressRelated: It coordinates hormonal responses to perceived stressors, including cortisol release.

• Acute stress reactionRelated: Its stress-hormone signaling contributes to the body's response after a threatening event.

• CortisoneRelated: This system controls the body’s production of cortisol and related corticosteroids.

• BetamethasoneRelated: Systemic betamethasone can suppress this axis and reduce the body's own cortisol production.

• Cyclic vomiting syndromeRelated: Stress can trigger episodes, and stress-response pathways are studied as possible mechanisms.

• Postpartum depressionRelated: Stress-system changes around childbirth may interact with susceptibility to depression.

• PrednisoloneRelated: Prolonged prednisolone treatment can suppress this system and reduce natural cortisol production.

• DehydroepiandrosteroneRelated: ACTH from this axis stimulates adrenal steroid production, including DHEA.