Search for dissertations about: "Daniel V"
Showing result 1 - 5 of 69 swedish dissertations containing the words Daniel V.
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1. Unraveling the role of NOTCH3 dysfunction in disease and for therapy development : a focus on CADASIL
Abstract : The Notch signaling pathway, including the Notch3 receptor, is involved in many pivotal contexts of cell signaling and cell fate determination processes during development and in adulthood. Different mutations in the NOTCH3 receptor, which is highly expressed in vascular smooth muscle cells (VSMC), are associated with various diseases, including developmental disorders, several forms of cancer, and vascular dementia. READ MORE
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2. The rough journey to access health care : the case of leishmaniasis in the Bolivian rainforest
Abstract : Background: Leishmaniasis is a parasitic infectious disease transmitted by vectors that cause three main clinical syndromes: cutaneous (CL), mucosal (ML), and visceral (VL). Since VL is not relevant to this thesis, only CL and ML will be further discussed. READ MORE
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3. Experimental and numerical investigations of hydrodynamic focusing of colloidal dispersions
Abstract : Dispersed non-spherical particles are the fundamental constituent of many complex fluids. Such fluids are studied both for their industrial and scientific importance, and for their peculiar functional properties (mechanical, optical, thermal, fluidic). READ MORE
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4. A study of turbulence and scalar mixing in a wall-jet using direct numerical simulation
Abstract : Direct numerical simulation is used to study the dynamics and mixing in a turbulent plane wall-jet. The investigation is undertaken in order to extend the knowledge base of the influence of the wall on turbulent dynamics and mixing. The mixing statistics produced can also be used to evaluate and develop models for mixing and combustion. READ MORE
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5. Energy Conversion and Particle Acceleration at Turbulent Plasma Jet Fronts
Abstract : High-speed plasma flows (jets) are ubiquitous phenomena in the visible Universe. When the fast plasma flow encounters the ambient plasma at rest, it forms a front where its kinetic energy is dissipated. At the jet front, charged particles gain energy from the electromagnetic fields through heating and acceleration. READ MORE