Searchable abstracts of presentations at key conferences in endocrinology

ea0034s3.1 | Emerging Clinical importance of iodine (Supported by <emphasis role="italic">Endocrine-Related Cancer</emphasis>) | SFEBES2014

Inadequate iodine status in UK pregnant women adversely affects cognitive outcomes in their children: results from the Avon Longitudinal Study of Parents and Children (ALSPAC)

Rayman Margaret , Bath Sarah , Steer Colin , Golding Jean , Emmett Pauline

As a component of thyroid hormones, iodine is essential for the development of the fetus, particularly for brain development. Though there has been no awareness of a problem of iodine deficiency in the UK for many years, it is becoming increasingly apparent that mild-to-moderate iodine-deficient is now present in certain population sub-groups. We assessed whether such a level of deficiency in UK pregnant women could be having an adverse effect on cognition in their offspring u...

ea0030oc1.1 | Oral Communications 1 | BSPED2012

Iodine status in UK pregnant women and implications for fetal brain development

Bath Sarah , Steer Colin , Golding Jean , Emmett Pauline , Rayman Margaret

Iodine deficiency was common in the UK until the 1960s and was eradicated mainly through the adventitious increase in milk-iodine concentration. Iodine sufficiency was subsequently assumed in the UK, until a recent national study revealed mild iodine deficiency in adolescent girls, giving cause for concern. Iodine, as a component of the thyroid hormones, is crucial for brain development, and particularly during gestation. This study aimed to evaluate the relationship between i...

ea0092op-01-04 | Oral Session 1: Highlights in Thyroidology: in Memory of Jacques Dumont | ETA2023

Should hypothyroxinaemia during early gestation be regarded as a condition of oxidative stress?

Pop Victor , Krabbe Hans , Broeren Maarten , Wiersinga Wilmar , Rayman Margaret

Background: Normal pregnancy is a state of physiological oxidative stress (OS) with oxidants facilitating the implantation of the embryo and optimal decidualisation but counterbalanced by antioxidants. Pro-oxidant processes exceeding the anti-oxidants capacity result in imbalanced OS, which has been associated with the ‘’big four’’ obstetric complications: pre-term birth, intra-uterine growth retardation, pre-eclampsia and diabetes gravidarum. Important OS ...