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The 43 pages that link to Corticosteroid, each with the reason it gives.

• InflammationRelated: Corticosteroids can reduce inflammation by broadly limiting inflammatory signaling.

• CataractRelated: Prolonged corticosteroid use can contribute to posterior subcapsular cataracts.

• SteroidBroader topic: Corticosteroids regulate stress responses, metabolism, and inflammation.

• AntihistamineCompared with: Intranasal corticosteroids often control nasal congestion better than oral antihistamines.

• DexamethasoneNarrower topic: Dexamethasone belongs to this drug and hormone family.

• Anabolic steroidCompared with: Corticosteroids primarily regulate inflammation and metabolism rather than androgen-driven tissue growth.

• Graft-versus-host diseaseRelated: Systemic corticosteroids are a common first-line treatment for significant acute disease.

• Duchenne muscular dystrophyRelated: Prednisone and deflazacort can slow loss of muscle strength and mobility in Duchenne.

• Cerebral edemaCompared with: Corticosteroids can help vasogenic edema around some tumors but are not general treatment for edema.

• EncephalitisRelated: Corticosteroids may be used for selected immune-mediated forms of encephalitis.

• HydrocortisoneNarrower topic: Hydrocortisone belongs to this broader family of hormones and medicines.

• Muscular dystrophyRelated: Corticosteroids can preserve strength and mobility for a time in Duchenne muscular dystrophy.

• Cytokine stormRelated: They can reduce harmful inflammation in several cytokine-storm settings.

• Intravenous immunoglobulinCompared with: Corticosteroids are broad immunosuppressants, unlike IVIG's antibody-based and immunomodulatory actions.

• UveitisRelated: Topical, injected, or systemic corticosteroids are used to control many forms of uveitis.

• Intranasal corticosteroidNarrower topic: Intranasal products belong to this broader drug family, whose effects vary by route and exposure.

• Brain tumorRelated: Corticosteroids can reduce tumor-associated brain edema and relieve pressure symptoms.

• Cytokine release syndromeRelated: Corticosteroids are used for severe CRS or symptoms that do not respond adequately to tocilizumab.

• NeurocysticercosisRelated: Reducing inflammation is often necessary when antiparasitic treatment damages cysts and intensifies symptoms.

• Optic neuritisRelated: High-dose corticosteroids can accelerate visual recovery in typical acute optic neuritis.

• Autoimmune hemolytic anemiaRelated: These medicines are commonly initial treatment for warm antibody disease.

• ColchicineCompared with: Corticosteroids offer another anti-inflammatory option with a different mechanism and risk profile.

• TacrolimusCompared with: Topical corticosteroids are an alternative for eczema, but prolonged use can thin skin.

• CysticercosisRelated: They can limit inflammation triggered when cysts die during treatment.

• SarcoidosisRelated: Systemic corticosteroids are commonly used when sarcoidosis threatens organ function or causes substantial symptoms.

• Acoustic traumaRelated: Clinicians may consider corticosteroids soon after acute acoustic injury, though evidence and protocols vary.

• Chronic inflammatory demyelinating polyneuropathyRelated: Corticosteroids are an established treatment option, though responses and suitability vary.

• Bell's palsyRelated: Early oral corticosteroid treatment improves the chance of facial nerve recovery.

• BetamethasoneNarrower topic: This broader category places betamethasone among steroid medicines with distinct hormonal actions.

• Castleman diseaseRelated: Corticosteroids may control inflammation, often as part of systemic treatment.

• Edward Calvin KendallNarrower topic: Several adrenal compounds Kendall isolated belong to this broader class.

• PrednisoloneNarrower topic: Prednisolone belongs to the glucocorticoid branch of this wider family.

• Takayasu arteritisRelated: Glucocorticoids are commonly used to control active vascular inflammation.

• Blood–aqueous barrierRelated: Corticosteroids can reduce inflammatory disruption of the barrier in uveitis.

• CorticosteroneNarrower topic: Corticosterone belongs to this broader hormone class.

• Diamond–Blackfan anemiaRelated: Corticosteroids can improve red-cell production in some affected patients, though responses vary.

• MercaptopurineCompared with: Corticosteroids act quickly in immune disease, whereas mercaptopurine’s immunosuppressive benefit develops slowly.

• MesalazineCompared with: Corticosteroids can induce remission when mesalazine is inadequate, but are not used for long-term maintenance.

• Immune thrombocytopenic purpuraRelated: A short course is a common initial treatment when ITP requires therapy.

• IndometacinCompared with: Corticosteroids treat inflammation through different mechanisms and carry different risks than indometacin.

• Landau–Kleffner syndromeRelated: Corticosteroids are used in some treatment approaches to reduce epileptiform activity and support language recovery.

• Tadeusz ReichsteinNarrower topic: Reichstein’s discoveries helped open the path from adrenal compounds to corticosteroid medicines.

• ToxocariasisRelated: Clinicians may use corticosteroids to limit damaging inflammation in severe visceral or ocular disease.