Modulators of metabolism Pathways to insulin resistance

Open Access
Authors
  • M. Kiliçarslan
Supervisors
  • M.J.M. Serlie
  • J.A. Romijn
Cosupervisors
  • S.E. la Fleur
Award date 17-12-2020
ISBN
  • 9789463614900
Number of pages 221
Organisations
  • Faculty of Medicine (AMC-UvA)
Abstract
The prevalence of obesity has increased worldwide the last several decades. Obesity is associated with complications such as type 2 diabetes, hypertension, and dyslipidemia, and as a result, obesity is associated with increased mortality. One of the major underlying mechanisms by which obesity leads to its complications is the development of insulin resistance, i.e. the diminished biological response to insulin. The only treatment modality that has been proven effective in the long term is bariatric surgery. In this thesis, we aimed to investigate some of the pathways and mechanisms that contribute to obesity-induced insulin resistance. In addition, we studied the effect of bariatric surgery-induced weight loss on some of these parameters as well as which clinical parameters predict the metabolic success of this type of surgery in the long term.
Document type PhD thesis
Language English
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Thesis (complete) (Embargo up to 2026-12-17)
Chapter 3: Adipose carbohydrate responsive-element binding protein predicts metabolic health in both lean and obese humans (Embargo up to 2026-12-17)
Chapter 4: Adipose-tissue NNMT is associated with metabolic flexibility and predicts whole-body insulin resistance in obese humans (Embargo up to 2026-12-17)
Chapter 7: Baseline high-sensitive C-reactive protein concentrations and omental CCL2 mRNA expression are inversely associated with insulin sensitivity in morbidly obese subjects and are associated with improvement of insulin sensitivity after bariatric surgery (Embargo up to 2026-12-17)
Supplementary materials
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