Abstract
Introduction: We sought to explore iodine status (expressed as urine iodine excretion) in a group of women with a variety of breast diseases to characterize the relationship between iodine and breast physiology. Methods: Demographic and clinical data were recorded and random urine iodine levels were checked in 415 euthyroid patients over 5 years during clinic visits. Results: Pre-menopausal women excreted less iodine in their urine than post menopausal women. Post menopausal women who took hormone supplementation had an excretion level similar to pre menopausal women. Women with breast cancer excreted less iodine than those without, and iodine excretion increased after treatment with aromatase inhibitors. Conclusions: These results demonstrate that there is a relationship between estrogen status and iodine excretion in euthyroid women. This suggests that there may be a threshold for total body iodine required for prevention of breast disease.
Highlights
We sought to explore iodine status in a group of women with a variety of breast diseases to characterize the relationship between iodine and breast physiology
Knowing that iodine is important in breast physiology, we sought to explore iodine status in a group of euthyroid women with a variety of breast diseases
In order to explore the relationship between hormone status and urine iodine levels, the data was evaluated in two ways
Summary
We sought to explore iodine status (expressed as urine iodine excretion) in a group of women with a variety of breast diseases to characterize the relationship between iodine and breast physiology. Results: Pre-menopausal women excreted less iodine in their urine than post menopausal women. Conclusions: These results demonstrate that there is a relationship between estrogen status and iodine excretion in euthyroid women. This suggests that there may be a threshold for total body iodine required for prevention of breast disease. Knowing that iodine is important in breast physiology, we sought to explore iodine status (expressed as urine iodine excretion) in a group of euthyroid women with a variety of breast diseases
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