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VIDEO DOI: https://doi.org/10.48448/8rmv-g316

poster

AMA Research Challenge 2024

November 07, 2024

Virtual only, United States

Supportive Treatment of Spur Cell Hemolytic Anemia in the Setting of Decompensated Liver Failure

Objectives: 1. Outline the clinical background and pathophysiological mechanisms of spur cell hemolytic anemia 2. Discuss and highlight the presentation and interventions for a case of severe cirrhosis with associated end-stage hemolytic anemia 3. Evaluate and explore factors contributing to the unexpected clinical improvement of hemolytic anemia without liver transplantation

Background:

  • Spur cell hemolytic anemia was first discussed in 1964 when a peripheral blood smear from a cirrhotic patient revealed erythrocytes with irregularly shaped projections
  • Commonly associated with end-stage liver disease, this condition arises from disruptions in membrane lipid metabolism which leads to formation of acanthocytes— derived from the Greek word “acantho” meaning thorn
  • Spur cell hemolytic anemia is a poor prognostic indicator, often requiring a liver transplant for clinical amelioration

Case Presentation: A 41-year-old female patient with decompensated cirrhosis secondary to chronic alcohol use (MELD 38) presented with jaundice and laboratory evidence of new onset acute anemia

Discussion:

  • Cirrhosis disrupts lipid and cholesterol metabolism in the liver, leading to the accumulation of abnormal proteins, which alters the erythrocyte membrane and increases susceptibility to hemolysis
  • The exact pathophysiology remains unclear, but it is believed that these membrane alterations result in the formation of abnormal red blood cells, such as target cells and acanthocytes, which are prone to hemolysis
  • Liver transplantation is the only definitive treatment for spur cell hemolytic anemia, as it directly addresses the underlying cause of the condition
  • The median survival for patients diagnosed with spur cell hemolytic anemia is approximately 1.9 years, with significantly higher mortality rates in those who are unable to undergo a liver transplant
  • For patients ineligible for transplant, supportive care is the mainstay of management, aimed at minimizing symptoms and improving quality of life

Conclusion:

  • Spur cell hemolytic anemia, though associated with poor prognosis, can be managed with supportive care, including blood transfusions, liver disease management (albumin, diuretics), alcohol abstinence, and nutritional support
  • The effectiveness of these treatments depends on the patient’s clinical status, MELD score, and the presence of comorbidities

Next from AMA Research Challenge 2024

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poster

Uncommon Pathways: A Rare Case of Breast Metastasis from Diffuse Gastric Cancer with Sporadic CDH1 Mutation

AMA Research Challenge 2024

Rodolfo Arce

07 November 2024

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