Search for dissertations about: "inflammation in Cognitive"
Showing result 1 - 5 of 54 swedish dissertations containing the words inflammation in Cognitive.
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1. Women's hearts : ischaemic heart disease and stress management in women
Abstract : Acute myocardial infarction (AMI), caused by ischaemic heart disease (IHD), is a leading cause of death in both men and women in the western society. Hypertension, diabetes, and smoking are examples of well-known risk factors of IHD, but also there are psychosocial factors, such as stress, vital exhaustion (unusual fatigue, irritability, and demoralization) and depression that have been associated with an increased risk in both genders. READ MORE
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2. Speech masking speech in everyday communication : The role of inhibitory control and working memory capacity
Abstract : Age affects hearing and cognitive abilities. Older people, with and without hearing impairment (HI), exhibit difficulties in hearing speech in noise. READ MORE
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3. Neurochemical and cognitive aftermaths of surgery - studies on short- and long-term effects of surgery and anesthesia
Abstract : Background: Each year, around the world, more than 230 million patients have surgery. Improvements in healthcare have resulted in older and sicker patients undergoing surgical interventions. As a result, surgical safety has be-come a global public-health concern. READ MORE
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4. Inflammatory mechanisms in experimental CNS trauma
Abstract : Traumatic brain and spinal cord injuries are important causes of premature death and permanentdisability. To improve the treatment of CNS-injured patients increased knowledge about thepathophysiological events that mediate death or dysfunction of nervous tissue is urgently needed. READ MORE
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5. The aging brain and changes in cognitive performance : Findings from morphometry and quantitative susceptibility mapping of iron
Abstract : Brain aging is a heterogeneous phenomenon, and this thesis illustrates how the course of aging can vary within individuals over time and between individuals as a function of age, sex, and genetic variability. We used two contrasts from magnetic resonance imaging (MRI), namely spin-lattice T1-weighted imaging, and quantitative susceptibility mapping (QSM) from gradient-echo images, to picture the aging brain, by means of morphometric measures and brain-iron concentrations. READ MORE