Case Study: Hepcidin Dysregulation in PCOS

January 27, 2024by Dr. S. F. Czar0

Case Study: Hepcidin Dysregulation in PCOS

Patient Profile:

  • Name: Emily
  • Age: 28
  • Gender: Female
  • Medical History: Emily was diagnosed with PCOS at the age of 25. She has struggled with irregular menstrual cycles, hirsutism (excessive hair growth), and insulin resistance. She is overweight but otherwise healthy.

Clinical Presentation:

  • Physical Examination: Emily’s physical exam reveals hirsutism, mild acanthosis nigricans (skin darkening in the neck and armpit areas), and central obesity.
  • Laboratory Findings: Her blood tests show elevated androgen levels, including testosterone and DHEAS (dehydroepiandrosterone sulfate). She also has elevated markers of insulin resistance, including high fasting glucose and insulin levels.


Based on her clinical presentation, Emily is diagnosed with PCOS, characterized by hyperandrogenism, insulin resistance, and irregular menstrual cycles. Additionally, her elevated ferritin levels prompt further investigation into iron metabolism.


  1. Hepcidin Dysregulation in PCOS:

Emily’s case raises questions about the potential role of hepcidin in PCOS:

  • Inflammatory Response: Chronic low-grade inflammation is common in PCOS, which can stimulate the liver to produce hepcidin through the release of inflammatory cytokines such as interleukin-6 (IL-6).
  • Impact on Iron Absorption: Elevated hepcidin levels may lead to reduced iron absorption from the diet. This could contribute to Emily’s mild fatigue and possibly exacerbate her insulin resistance.
  1. Potential Links:
  • Insulin Resistance: Emily’s insulin resistance may be influenced by iron imbalance, as adequate iron levels are crucial for insulin sensitivity. Iron deficiency, resulting from hepcidin-mediated iron sequestration, may further impair glucose metabolism.
  • Androgen Excess: While the direct relationship between hepcidin and androgen excess in PCOS is not fully understood, the potential interactions between hormonal regulation and iron metabolism warrant further investigation.
  1. Treatment and Management:

Emily’s treatment plan includes:

  • Management of PCOS: Managing her PCOS involves lifestyle modifications, such as weight management, dietary changes, and physical activity, aimed at improving insulin sensitivity and hormone balance.
  • Iron Supplementation: Emily’s iron status is closely monitored, and she is prescribed iron supplements to address any deficiencies. The timing and dosing of iron supplementation are adjusted to optimize absorption.
  • Anti-Inflammatory Strategies: Emily is advised on anti-inflammatory measures, such as a balanced diet rich in antioxidants, to reduce inflammation and potentially lower hepcidin levels.


Emily’s case provides a glimpse into the potential involvement of hepcidin dysregulation in PCOS. While further research is needed to elucidate the precise mechanisms, recognizing the interplay between hepcidin, iron metabolism, and hormonal imbalances in PCOS may guide more tailored approaches to diagnosis and treatment, ultimately improving the management of this complex syndrome and its associated metabolic disturbances.

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