Endocrine Abstracts

We previously showed acute hypoxic conditions result in atrophy of myotubes in vitro. Chronic hypoxic exposure in vivo induces muscular atrophy in healthy mountaineering individuals and patients with COPD. Myotubes in vitro increase myostatin expression in response to hypoxic exposure. Further, hypoxic COPD patients show cachexia and increased serum myostatin expression. However, in vivo results are cofounded by disease factors in COPD patie...

Continuous aerobic exercise improves glucose tolerance in type 2 diabetics (T2D), with greater improvements during exercise in hypoxia. Continuous exercise has been linked with poor adherence. Positive effects with intermittent exercise (IE) with reduced time commitments would have clear benefits. Exercise and hypoxia both increase pro-inflammatory cytokines, potentially reducing benefits of hypoxia. This study aimed to establish the effects of IE under hypoxic conditions in T...

Peripheral insulin resistance is a major defect associated with glucose intolerance and type two diabetes. Yet the mechanism(s) responsible for this defect remain to be determined. Inositol pyrophosphate (IP7) is formed via the enzyme IP6K1 from IP6. The inhibition of Akt, and the potential decrease in insulin signalling, through the binding of IP7 to the Akt PH domain represents an exciting research area.Firstly, we will characterise this mechanism in h...