Searchable abstracts of presentations at key conferences in endocrinology

ea0013p162 | Diabetes, metabolism and cardiovascular | SFEBES2007

The importance of gene repression for metabolic regulation in human fat

Morganstein Daniel , Herzog Birger , White Roger , Parker Malcolm

The nuclear receptor co-factor RIP140 has an essential role in metabolic regulation. Genetically manipulated mice lacking RIP140 show reduced fat accumulation, increased energy expenditure and increased insulin sensitivity. They gain less weight on high fat feeding than wild type littermates, and are protected from both age and high fat diet induced insulin resistance.RIP140 is a repressor of transcription and in its absence metabolic gene networks are u...

ea0020s28.1 | Receptor Modulators | ECE2009

Diverse actions of the nuclear receptor corepressor RIP140 in metabolic regulation

Parker Malcolm , Christian Mark , Kiskinis Evangelos , Fritah Asmaa , Poliandri Ariel , Steel Jenny , Hallberg Magnus , Herzog Birger , Seth Asha , Dilworth Steven , White Roger

PGC1 and RIP140 are key regulators of nuclear receptor signalling that control metabolic gene expression in adipose tissue, liver and muscle. PGC1 promotes whereas RIP140 represses the expression of a network of catabolic genes in adipose and muscle. Thus mice devoid of RIP140 accumulate less fat in adipose tissue and liver while mitochondrial biogenesis and respiration is increased in type 2 muscle fibres; as a consequence, the mice maintain their insulin sensitivity as they ...