Iron

Iron is a crucial mineral for producing haemoglobin, supporting oxygen transport, and maintaining overall health.

📋 About This Biomarker

Iron is a vital mineral essential for various bodily functions, including the production of haemoglobin in red blood cells, which transports oxygen from the lungs to tissues and organs. Iron is also crucial for myoglobin in muscles, energy production, and enzyme function. The body regulates iron levels through absorption in the intestines and recycling from old red blood cells. Iron deficiency can lead to anemia, causing fatigue, weakness, and impaired cognitive function. Conversely, excess iron can cause toxicity and damage to organs such as the liver and heart. Iron levels in the blood are typically measured to assess overall iron status, diagnose anemia, and monitor conditions like hemochromatosis.

🎯 Why We Test This

Testing iron levels is essential for diagnosing and managing conditions like iron deficiency anemia and hemochromatosis. It provides crucial insights into the body’s iron status, guiding treatment for various iron-related disorders. Regular monitoring is important for individuals with symptoms like fatigue, weakness, or chronic blood loss, and for those at risk of iron overload. Maintaining iron levels within the normal range is vital for ensuring adequate oxygen delivery, energy production, and preventing complications related to both iron deficiency and overload.

⚠️ What Affects It

Factors influencing iron levels include dietary intake, absorption efficiency, blood loss (due to menstruation, injury, or surgery), chronic diseases, and genetic conditions. Medications, gastrointestinal health, and the presence of inflammation or infection can also affect iron levels.

📈 How to Improve

For high iron levels, managing the underlying cause, such as reducing dietary iron intake, therapeutic phlebotomy, or chelation therapy for hemochromatosis, is crucial. For levels close to being high, similar monitoring and dietary adjustments are important. For low iron levels, increasing dietary intake of iron-rich foods (like red meat, leafy greens, and fortified cereals) and iron supplements can help. Regular monitoring and consultation with a healthcare provider ensure that iron levels remain within the optimal range.

📊 Understanding Your Results (μmol/L)

Low (< 8 μmol/L)
Low iron levels (iron deficiency) can lead to anemia, resulting in symptoms like fatigue, weakness, pale skin, and shortness of breath. Causes include poor dietary intake, chronic blood loss, malabsorption conditions, or increased requirements. Treating the underlying cause and possibly supplementing iron are essential steps to restore normal levels.
Optimal (8 - 30 μmol/L)
Normal iron levels indicate a healthy balance between iron intake, absorption, and utilization, ensuring adequate haemoglobin production and overall metabolic function. This balance supports efficient oxygen transport and energy production. Iron levels near the upper limit suggest a risk for iron overload, often due to high dietary intake, supplementation, or genetic predispositions like hemochromatosis. Monitoring and adjusting dietary and supplemental iron intake are important to prevent complications. Iron levels near the lower end might suggest early signs of iron deficiency, often due to inadequate dietary intake, increased need (such as during pregnancy), or minor blood loss. Monitoring these levels and considering dietary adjustments or supplements can help maintain proper iron status.
High (> 30 μmol/L)
Elevated iron levels (hyperferritinemia) can indicate conditions like hemochromatosis, excessive iron supplementation, or repeated blood transfusions. High iron levels can lead to iron overload, causing damage to organs such as the liver, heart, and pancreas, potentially leading to conditions like cirrhosis, heart disease, and diabetes.
Also known as: Iron