Search for dissertations about: "microvascular blood flow"
Showing result 1 - 5 of 46 swedish dissertations containing the words microvascular blood flow.
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1. Regulation of Microvascular Blood Flow : a clinical and experimental study based on laser Doppler perfusion imaging
Abstract : Local blood flow reflexes in the foot skin of healthy controls and in young diabetic patients with or without nerve dysfunction have been studied using laser Doppler perfusion imaging (LDPI). A neurophysiological follow-up study on nerve dysfunction is presented as a complerhent to the work on blood flow regulation in the young diabetics. READ MORE
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2. Cardiac Microvascular Disease Quantified with CMR
Abstract : This thesis has investigated three different diagnoses where cardiac microvascular disease is suspected: hypertrophic cardiomyopathy (HCM), systemic sclerosis (SSc), and patients with suspected microvascular angina (MVA).Study I of this thesis investigated patients with HCM. READ MORE
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3. Myocardial Topical Negative Pressure
Abstract : The aim of this research was to find out if it is possible to increase myocardial microvasular blood flow by applying a topical negative pressure source directly onto the myocardium. Topical negative pressure is a relatively new wound healing technique. READ MORE
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4. Hemodilution with dextran: Effects on blood flow and thrombus formation. An experimental study in the rabbit
Abstract : Microvascular surgery enables free tissue flaps to cover tissue defects, e.g. after trauma and malignancies. Although major improvements in techniques have been made, problems with poor tissue circulation and thrombus formation still exist. READ MORE
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5. High resolution laser doppler imaging for microvascular blood flow measurements
Abstract : Techniques for functional assessment of blood flow dynamics in individual microvessels are likely to become tools of increasing importance, for example in the evaluation of new vasoactive drugs. Laser Doppler perfusion Imaging (LDI) is a non- contact method for visualization of spatial and temporal blood flow dynamics. READ MORE