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Total Iron Binding Capacity and TransferrinConcentration in the Assessment of IronStatus

  • Ishmael Kasvosve andJoris Delanghe
Published/Copyright:June 1, 2005
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De Gruyter
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Clinical Chemistry and Laboratory Medicine (CCLM)
From the journal Volume 40 Issue 10

Abstract

Transferrin concentration and total iron binding capacity (TIBC) are currently used to assess iron status. Although correlation between TIBC and transferrin is generally considered as good, conversion factors between the two analytes found in literature show large differences.

Although the price per test is lower for TIBC, there are a number of analytical advantages of serum transferrin. Due to binding of iron to other plasma proteins (mainly albumin), TIBC methods generally overestimate the iron binding capacity of transferrin. Moreover, no generic reference values are available for TIBC. In contrast to TIBC, internationally accepted interim reference ranges are available for serum transferrin. The introduction of the international CRM 470 protein standard material has lead to a significant reduction in interlaboratory variation for transferring measurements. In view of these observations, determination of transferrin concentration, rather than TIBC, is recommended. However, in non-European populations characterized by a marked genetic variation in transferrin (TF BC and TF CD variants), in certain cases, immunochemical determination of transferrin may lead to errors. In these populations, TIBC measurements may be preferred.

:
Published Online:2005-06-01
Published in Print:2002-10-29

Copyright © 2002 by Walter de Gruyter GmbH & Co. KG

You are currently not able to access this content.

Abstract

Transferrin concentration and total iron binding capacity (TIBC) are currently used to assess iron status. Although correlation between TIBC and transferrin is generally considered as good, conversion factors between the two analytes found in literature show large differences.

Although the price per test is lower for TIBC, there are a number of analytical advantages of serum transferrin. Due to binding of iron to other plasma proteins (mainly albumin), TIBC methods generally overestimate the iron binding capacity of transferrin. Moreover, no generic reference values are available for TIBC. In contrast to TIBC, internationally accepted interim reference ranges are available for serum transferrin. The introduction of the international CRM 470 protein standard material has lead to a significant reduction in interlaboratory variation for transferring measurements. In view of these observations, determination of transferrin concentration, rather than TIBC, is recommended. However, in non-European populations characterized by a marked genetic variation in transferrin (TF BC and TF CD variants), in certain cases, immunochemical determination of transferrin may lead to errors. In these populations, TIBC measurements may be preferred.

:
Published Online:2005-06-01
Published in Print:2002-10-29

Copyright © 2002 by Walter de Gruyter GmbH & Co. KG

You are currently not able to access this content.

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Articles in the same Issue

  1. The 9th Asian Pacific Congress of ClinicalBiochemistry
  2. Circulating DNA in Plasma and Serum:Biology, Preanalytical Issues and DiagnosticApplications
  3. Role of Steroid Hormones and Growth Factors in Breast Cancer
  4. Gene Polymorphism and Coronary Risk Factors in Indian Population
  5. Clinical Utility of Free Drug Monitoring
  6. Telomerase – a Potential Molecular Marker of Lung and Cervical Cancer
  7. Association of Polymorphisms in the CollagenRegion of Human SP-A1 and SP-A2 Genes withPulmonary Tuberculosis in Indian Population
  8. Effect of Hemodialysis on the Oxidative Stressand Antioxidants
  9. Total Iron Binding Capacity and TransferrinConcentration in the Assessment of IronStatus
  10. Increased Levels of Osteoprotegerin inHemodialysis Patients
  11. Levels of Testosterone, Allopregnanolone andHomocysteine in Severe Hypothyroidism
  12. The Levels of Serum Vitamin C, Malonyldialdehyde and Erythrocyte ReducedGlutathione in Chronic Obstructive PulmonaryDisease and in Healthy Smokers
  13. Highly Specific, Simple and Rapid Method for the Determination of Malondialdehyde inBlood Using High-Performance LiquidChromatography
  14. Precision and Accuracy of a HPLC Method forMeasurement of Fecal PorphyrinConcentrations
  15. Continuous Age-Dependent Reference Rangesfor Thyroid Hormones in Neonates, Infants,Children and Adolescents Established Using theADVIA(r) Centaur(tm) Analyzer
  16. Diagnostic Value of Various Urine Tests inthe Jordanian Population with Urinary TractInfection
  17. Performance Evaluation of the Precision™ PCx™Point-of-Care Blood Glucose Analyzer UsingDiscriminant Ratio Methodology
  18. Clinical Evaluation of a New Automated Anti-dsDNA Fluorescent Immunoassay
  19. Upper Reference Limits for Urinary Catecholamines, Metanephrines and 3-Methoxy-4-Hydroxymandelic Acid in Hypertensive Patients
  20. Growth Hormone Immunoassays: Proposal to Reduce Interlaboratory Variability
  21. Poetry, Images and Visions: William Blake
  22. Meetings and Awards
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