Search for dissertations about: "igf-i"
Showing result 21 - 25 of 161 swedish dissertations containing the word igf-i.
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21. Growth hormone responsiveness in children : results from Swedish multicenter clinical trials of growth hormone treatment
Abstract : The general aims of the thesis were to study GH responsiveness by estimation of pharmacokinetics and bioavailability of injected recombinant human GH (rhGH), of growth response as gain in heightSDS during childhood and puberty, and IGF-I response as change in circulating IGF-ISDS and IGFBP3SDS. Methods Short children were recruited during 1988–1999 into two national randomized multicentre clinical trials on growth until adult height. READ MORE
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22. IGF-I in growth hormone deficiency and in type 1 diabetes
Abstract : Both GH-deficiency and type 1 diabetes are associated with low IGF-I levels. The aim with our studies was to develop a dose titration model to obtain physiological IGF-I levels in growth hormone deficiency and to evaluate the relationship between glycaemic control and IGF-I in diabetes. READ MORE
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23. Cardiovascular effects of growth hormone, IGF-I and growth hormone secretagogues
Abstract : Growth hormone (GH) may exert direct growth-promoting and metabolic actions on target tissues, but most of its effects are mediated by circulating (endocrine) or local (auto-/paracrine) insulin-like growth factor-I (IGF-I). The GH/IGF-I system has an important role during cardiac development and for maintaining the structure and function of the heart. READ MORE
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24. Insulin resistance and IGF-I sensitivity in vascular cells - impact of hybrid receptors : With special regard to diabetes
Abstract : Diabetic complications largely affect the circulation and are associated with resistance to insulin and altered levels of insulin-like growth factor-I (IGF-I). Insulin resistance and altered IGF-I levels are also associated with vascular disease. READ MORE
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25. Pathogenic mechanisms behind dysregulated angiogenesis with focus on HIF and IGF-I signaling
Abstract : Angiogenesis is a complexly regulated process activated to assure cells with normal supplies of nutrients and oxygen. Playing such an essential role in the homeostasis of tissues, it is critical to understand its physiology and pathology to be able to design therapies for several diseases where angiogenesis is dysregulated (either excessive or diminished). READ MORE