Searchable abstracts of presentations at key conferences in endocrinology

ea0104p75 | Diabetes & Metabolism | SFEIES24

An adipose organoid model for investigating adipose health and function

Luk Cheukyau , Makava Natallia , Skromna Anna , Cubbon Richard , Kearney Mark , Haywood Natalie

Background: In obesity the relationship between white adipose tissue expansion and neovascularisation becomes uncoupled leading to inadequate perfusion of adipose tissue. Under these circumstances the secretory profile of adipocytes becomes metabolically unfavourable and pro-atherosclerotic. Therefore, targeting white adipose tissue may provide a potential therapeutic strategy to combat the negative metabolic and cardiovascular consequences of obesity. Here, we validated a mur...

ea0065p170 | Metabolism and Obesity | SFEBES2019

Chronic disruption of endothelial Insulin/IGF1 signaling pathway enhances whole body insulin sensitivity

Viswambharan Hema , Yuldasheva Nadira , Imrie Helen , Cubbon Richard , Bridge Katherine , Haywood Natalie , Skromna Anna , Porter Karen , Hemmings Karen , Clark Emily , Gatenby Victoria , Abudushalamu Yilizila , Cordell Paul , Simmons Katie , Makava Natallia , Walker Andrew , Futers Simon , Shah Ajay , Beech David , Wheatcroft Stephen , Kearney Mark , Sukumar Piruthivi

Type 2 diabetes is preceded by insulin resistance, followed by increased endothelial cell production of superoxide and reduction in bioavailability of the vasoprotective signalling molecule, nitric oxide (NO). We demonstrated in preclinical models that type 2 diabetes also causes resistance to insulin-like growth factor-1 (IGF-1) mediated glucose lowering and endothelial NO release. This study aimed to examine the effect of the endothelial cell-specific combination of insulin ...