Searchable abstracts of presentations at key conferences in endocrinology

ea0017p37 | (1) | BSPED2008

Increased incidence of low birthweight, prematurity and antenatal complications in Prader Willi syndrome

Paterson WF , McGowan R , Smyth A , Cooke A , Donaldson MDC

The Prader Willi syndrome (PWS) is a complex, neurodevelopmental disorder resulting from absence of expression of imprinted genes in the 15q 11–13 region, usually due to deletion in the paternal chromosome (pd15q) or disomy of the maternal chromosome 15 (upd). Prompt diagnosis of PWS is beneficial for counselling families, managing the hypotonia and poor feeding that characterise the perinatal period and facilitating early interventions that may improve body composition a...

ea0013p305 | Thyroid | SFEBES2007

Seaweed as a model for iodide accumulation and storage

Cloughley George , Emma Burbridge , Kraan Stefan , Keegan Noel , Smyth PPA

Seaweeds share properties with the mammalian thyroid and other iodide concentrating organs in that they take up iodide from surrounding seawater and internalise it within cells. The previously demonstrated high iodine concentration within seaweeds prompted a study of accumulation and retention of 125I and its location within the plants. Seaweed discs (1 cm3) cut from members of the red, green and brown phyla which were incubated at 4C in seawater spiked w...

ea0009p147 | Thyroid | BES2005

Seaweed - a marine thyroid?

Burbridge E , Smith D , Kraan S , Smyth P

Seaweed consumption results in high levels of iodine intake in Asian populations and influences the presentation of thyroid and perhaps extrathyroidal disorders. The relationship of seawater to seaweed is analogous to that between the bloodstream and the thyroid. However, seaweed has a dramatically more efficient uptake system than the thyroid, concentrating iodide from seawater by a factor of up to 106 compared to 40-50 for the thyroid. The ability of seaweeds to b...

ea0005p129 | Endocrine Tumours and Neoplasia | BES2003

Stable iodide and radioiodide transport in extrathyroidal tissues

Clarke C , Brennan C , Rodgers K , Dwyer R , Smyth P

The demonstration in extrathyroidal tissues of the sodium iodide symporter (NIS) has raised the possibility that 131I, commonly used as a therapeutic ablative agent in hyperthyroidism and thyroid cancer, might be applied in the treatment of tumours in other NIS expressing tissues such as human breast cancer. As thyroidal uptake of 131I is known to be inversely proportional to circulating stable I- concentration, the aim of this study was to determine how I- would effect such u...

ea0005p136 | Endocrine Tumours and Neoplasia | BES2003

Methylation status and iodide uptake

Brennan C , Dwyer R , Clarke C , Smyth P

Expression of the Sodium Iodide symporter (NIS) in the breast was thought to be restricted to lactation but recently have been shown in breast cancer and benign breast disease. CpG island methylation of the promoter region of NIS is known to decrease iodide uptake in the thyroid. No such information has been documented in the breast. The aim of this study was to investigate the effect of demethylating agents on iodide uptake in breast cancer cell lines MCF-7 (oestrogen (E) and...

ea0065p254 | Metabolism and Obesity | SFEBES2019

St James’s Hospital intensive care unit insulin discharge policy – A quality improvement project

Quinn Mark , Courtney Ashling , Smyth Coilin-Collins , Healy Marie-Louise , Pazderska Agnieszka , O'Connor Enda

Background: Many patients require IV insulin during their critical illness. Maintenance of insulin in St James’s Hospital ICU is governed by a local protocol. At the time of ICU discharge, IV insulin therapy is often stopped. Transitioning from IV to subcutaneous insulin is often done with endocrinology input. If this is unavailable inappropriate insulin dosing may increase the risk of hypo-/hyperglycaemia.Aims: To reduce the number of episodes of h...

ea0037ep1051 | Thyroid (non-cancer) | ECE2015

Seaweed derived gaseous iodine: a source of iodine intake in coastal communities?

Smyth Peter , Burns Robert , Casey Michael , Andersson Maria , Mullan Karen , O'Dowd Colin

This communication tests the hypothesis that iodine (I2) gas or iodine oxides released from seaweeds previously shown to enhance atmospheric iodine adjacent to seaweed hotspots, may through being inspired by respiration, supply a significant fraction of daily iodine requirements. This could assume importance in a country such as Ireland where iodised salt availability is <5%. Iodine intake was assessed by measuring urinary iodine (UI) excretion using a dry ashing technique...

ea0070aep252 | Diabetes, Obesity, Metabolism and Nutrition | ECE2020

Immunomodulatory and anti-diabetic actions of a structurally-modified analogue of esculentin-2CHa isolated from the skin secretion of the frog, lithobates chiricahuensis (ranidae)

Ojo Opeolu , Ofosu Wendy , Abiodun Falobi Ayodele , Benjamin Falana Ayokunle , Sen Monica , Smyth Lesley

Aim: Our previousstudies have shown evidence for insulin-releasing actions of some amphibian skin peptides; including esculentin-2CHa. However, there is a need to further improve the potency of some of this peptides and to characterize their other beneficial effects. This study investigates the effect of a Leu31→Lys substitution on the insulin-releasing and immunomodulatory effects of esculentin-2CHa.Methods: BRIN-BD11 cells were incubat...

ea0024p1 | (1) | BSPED2010

Adverse drug reactions and corticosteroids in acute paediatric admissions

Gallagher R M , Mason J R , Bird K A , Turner M A , Smyth R L

Introduction: Adverse drug reactions (ADRs) are a significant cause of morbidity in childhood. We undertook a prospective study to investigate ADRs causing admission to a UK paediatric hospital: this report focuses on corticosteroids (CS).Methods: Three investigators assessed all acute admissions over a 1 year period and identified ADRs by cross-referencing clinical presentations to known ADR profiles using a standardised causality tool.<p class="abs...

ea0021p199 | Endocrine tumours and neoplasia | SFEBES2009

Cinacalcet treatment of resistant hypercalcaemia due to MEN1-associated primary hyperparathyroidism in pregnancy

Wysota Barbara , Horne Stephanie , Smyth Angharad , Anwar Aresh , Sankar Sailesh , Weickert Martin

Cinacalcet increases sensitivity of the calcium sensing-receptor, currently licenced for treatment of refractory secondary hyperparathyroidism in patients with end-stage renal disease. It decreases parathyroid hormone, calcium and phosphorus levels. There is no clinical data for the use of Cinacalcet in pregnancy. Hyperparathyroidism is rare during pregnancy, mainly presenting early, when surgery is safely performed. Here we report a patient presenting with a MEN1-associated p...