Search for dissertations about: "evaluate sites"
Showing result 1 - 5 of 266 swedish dissertations containing the words evaluate sites.
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1. Assessing Soil Functions for Sustainable Remediation of Contaminated Sites
Abstract : Soil contamination is a worldwide problem. Soil remediation is often carried out to reduce the risks posed by contaminants in the soil to human health and environment. Contaminant concentration is typically the only soil quality aspect maintained in remediation projects. READ MORE
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2. Seaward Landward : Investigations on the archaeological source value of the landing site category in the Baltic Sea region
Abstract : There is a tendency in archaeology dealing with watercraft landing sites in a wider context to assume a direct relationship between sites in coastal and shore-bound areas and the practise of landing, without any deeper practical or theoretical exploration of the reality of any such relationship. This problem has its origins in the poor archaeological and conceptual definitions of watercraft landing sites obstructing any real understanding of the role of these sites in the maritime cultural landscape. READ MORE
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3. Clinical and experimental studies of bone substitutes and dental implants in compromised bone sites
Abstract : Background: With an ageing population, an increase of more challenging implant treatments is expected. In this thesis, we evaluate the outcome of two faster implant protocols, in patients with compromised alveolar bone. READ MORE
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4. The regulation of factor Va activity by activated protein C -Importance of the individual activated protein C cleavage sites in factor Va
Abstract : The subject of this thesis is the activated protein C (APC)-mediated inactivation of factor Va. The activated form of factor V (FVa) is a procoagulant cofactor for Factor Xa (FXa) in the conversion of prothrombin to thrombin. READ MORE
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5. In silico prediction of CIS-regulatory elements
Abstract : As one of the most fundamental processes for all life forms, transcriptional regulation remains an intriguing and challenging subject for biomedical research. Experimental efforts towards understanding the regulation of genes is laborious and expensive, but can be substantially accelerated with the use of computational predictions. READ MORE