What is analysed?

Transferrin and iron-binding capacity are crucial components in assessing the body's iron status. Transferrin is a protein that binds to iron, facilitating its transport through the bloodstream. Iron-binding capacity measures the amount of iron that can be bound by transferrin, reflecting the body's ability to manage iron.  

What does the result mean?

The results offer insights into iron metabolism. If transferrin effectively binds and transports iron, it suggests a well-regulated iron balance. On the contrary, abnormalities may indicate issues like iron deficiency (insufficient binding) or iron overload (excessive binding).

Why perform the analysis?

The analysis is vital for diagnosing and monitoring conditions related to iron levels. Iron deficiency can lead to anaemia and other health complications, while excess iron may contribute to conditions like hemochromatosis. Regular monitoring is crucial for managing these conditions effectively.

When to perform the analysis?

The analysis is recommended when investigating anaemia, suspected iron disorders, or monitoring specific medical treatments. For example, individuals with chronic diseases or those undergoing iron therapy may require regular assessments to ensure optimal iron levels. 5.

What sample is required?

A blood sample, usually drawn from a vein in the arm, is necessary for Transferrin and Iron-Binding Capacity analysis. The blood is then sent to a laboratory for processing and analysis.  

Is any preparation needed?

Fasting may be required before the test to ensure accurate results. This is because eating can temporarily affect iron levels in the blood. Healthcare providers will provide specific instructions, and it's essential to follow them for the most accurate results.

How is it used?

The analysis aids in assessing iron levels, diagnosing various types of anaemias, and guiding iron replacement therapy. Understanding the transferrin and iron-binding capacity provides a comprehensive picture of iron status, helping healthcare professionals tailor treatment plans to individual needs.

Normal values and abnormal results: