Measuring Menstrual Iron Loss Using the Iron Isotope Dilution Technique — MBL_Loss  

Anemia Clinical Trial

Official title: Quantifying Menstrual Blood Loss: Validating the Methodology for Stable Iron Isotopes Dilution Against the Alkaline Hematin Method

Status Completed

Clinical Trial Summary

It is very difficult to quantify menstrual blood loss, the reference method is a tedious one. This is a problem, as it is not conducive to objectively measuring menstrual blood loss and understanding the contribution of menstrual iron loss to iron deficiency anemia. With this study, the investigators aim to investigate iron loss during the menstrual cycle and aim to validate a much simpler technique.

Clinical Trial Description

Anemia reduction efforts have largely focused on increasing iron intakes such as improving diet quality, food fortification with iron, iron supplementation, biofortification. There is little information on the contribution of menstrual iron loss to iron deficiency anemia. Indeed, the accurate measurement of menstrual blood loss volume and iron loss is difficult. Self-perception of heavy menstrual blood loss poorly predicts actual blood loss, and the objective measurement of menstrual blood loss remains a tedious method. Various methods have been used to objectively measure menstrual blood loss volume including radioisotopes, but these methods are invasive. The investigators aim to validate a much simpler technique, namely the stable iron isotope dilution methodology. This is a promising new method for quantifying long-term body iron balance, absorption, and loss which has not been applied previously to measure menstrual iron losses. Validating this new method against the alkaline hematin reference method would be an important step to encourage menstrual blood loss measurements and shed light on the contribution of menstrual blood loss to iron deficiency and iron deficiency anemia. ;

Related Conditions & MeSH terms

• Anemia
• Iron-deficiency
• Menorrhagia

• NCT number: NCT05788172
• Study type: Observational
• Source: Swiss Federal Institute of Technology
• Status: Completed
• Start date: March 1, 2023
• Completion date: August 30, 2023