Search for dissertations about: "Mouse strains"
Showing result 1 - 5 of 154 swedish dissertations containing the words Mouse strains.
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1. Automated behavioral phenotyping of inbred mouse strains and mouse models of Alzheimer disease
Abstract : Behavioral characterization of various mouse strains created as models for human diseases such as Alzheimer disease requires robust phenotyping methods. Previous work on inbred mouse strains has shown that some of the widely used behavioral methods yield inconsistent results across laboratories, in spite of standardization efforts. READ MORE
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2. Plasticity in mice nociceptive spinal circuits -role of cell adhesion molecules
Abstract : Introduction: To understand the function of the genes and their products in the pain system, studies will have to deal with complex issues related to intercellular communication, e.g. plasticity in neuronal networks. READ MORE
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3. Gastric and enteric Helicobacter species in animal models and in the human colon
Abstract : The Gram-negative genus of Helicobacter consists of many bacterial species that colonize a wide range of animal hosts. The genus can be divided into gastric species that colonize the stomach, and enteric species that preferentially colonize the colon and biliary tree of various animal hosts. READ MORE
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4. Susceptibility to Acute Decompensated Heart Failure in Two Common Mouse Strains
Abstract : Heart failure is a clinical syndrome characterized by an inability of the heart to meet oxygen demands of the body. During the initial stage of heart failure development compensatory mechanisms are activated to help the heart sustain proper function. Over time these compensatory mechanisms become inadequate resulting in decompensation. READ MORE
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5. Functional studies of candidate genes contributing to type 1 diabetes in the NOD mouse
Abstract : Type 1 Diabetes (T1D) is an autoimmune disorder caused by both genetic and environmental factors. The non-obese diabetic (NOD) mouse is one of the best and most commonly studied animal models for T1D. This mouse strain spontaneously develops diabetes through a process that closely resembles the human pathogenesis. READ MORE
