Linked from

The 18 pages that link to Hemolytic anemia, each with the reason it gives.

• Sickle cell diseaseRelated: Sickled cells have shortened lifespans, driving chronic anemia.

• MethemoglobinemiaRelated: Severe oxidant exposure or treatment complications can damage red cells alongside methemoglobinemia.

• NaphthaleneRelated: Naphthalene exposure can cause hemolysis and resulting anemia.

• Vitamin ERelated: Severe vitamin E deficiency can increase red-cell vulnerability, particularly in premature infants.

• JaundiceRelated: Accelerated red-cell destruction can overwhelm bilirubin clearance and cause jaundice.

• ReticulocyteRelated: The marrow often responds to red-cell destruction by increasing reticulocyte release.

• Hemoglobin A1cRelated: Shortened red-cell survival can lower A1c independently of glucose.

• CholelithiasisRelated: Chronic hemolysis increases bilirubin production and can promote pigment stone formation.

• Glycated hemoglobinRelated: Shortened red-cell survival can lower the result despite elevated glucose.

• DapsoneRelated: Oxidative injury from dapsone can trigger or worsen hemolysis.

• AcetanilideRelated: Acetanilide toxicity can damage red blood cells and contribute to anemia.

• NitrofurantoinRelated: This is a rare but serious potential reaction to nitrofurantoin.