Searchable abstracts of presentations at key conferences in endocrinology

ea0031oc1.4 | Young Endocrinologists prize session | SFEBES2013

A serum microRNA profile potentially associated with glucocorticoid mediated insulin resistance

Gathercole Laura , Doig Craig , Hazlehurst Jonathan , Borrows Sarah , Stewart Paul , Lavery Gareth , Tomlinson Jeremy

Patients with glucocorticoid (GC) excess develop insulin resistance and central obesity. We have demonstrated that GCs have tissue-specific effects on insulin sensitivity in humans, causing resistance in skeletal muscle but sensitivity in subcutaneous adipose tissue. The molecular mechanisms that underpin these differences remain poorly understood. Over the last decade small non-coding RNAs (microRNAs–miRNAs) controlling protein expression have been identified, representi...

ea0028oc4.7 | Steroid | SFEBES2012

Glucocorticoids increase subcutaneous adipose tissue insulin sensitivity in vivo: a randomised double-blind, placebo controlled, cross over study

Hazlehurst Jonathan , Armstrong Matthew , Borrows Sarah , Gathercole Laura , Stewart Paul , Tomlinson Jeremy

Glucocorticoid (GC) excess, CushingÂ’s syndrome, is characterized by central obesity, proximal myopathy, insulin resistance and potentially type 2 diabetes mellitus. Current dogma dictates that GCs cause insulin resistance across all tissues. We have previously demonstrated that GCs cause insulin sensitization of human adipose tissue in vitro, whilst inducing insulin resistance in human skeletal muscle. No prior study has evaluated whether these observations transla...