Feasibility Study of Capillary Blood Viscosity Estimation using MRI, M.Sc. Thesis Sharif University of Technology ; Samadfam, Mohammad (Supervisor) ; Ashoor, Mansoor (Co-Advisor)
Abstract
Magnetic resonance imaging is one of non-invasive methods to measure the hemodynamic and morphologic parameters of tissues, especially brain tissues. Hemodynamic parameters monitoring in brain tissue is of significant importance in many majors such as detection of tumor occurrence, brain abnormalities, and track of treatment procedures. Blood is a suspension, comprised of plasma, red blood cells, white blood cells, platelet, etc. Plasma is a Newtonian fluid which is composed of proteins and has a constant viscosity in body temperature. Rheological properties of blood are highly dependent on mechanical and rheological properties of its cells and this dependence is multiplied in narrow vessels...
Cataloging briefFeasibility Study of Capillary Blood Viscosity Estimation using MRI, M.Sc. Thesis Sharif University of Technology ; Samadfam, Mohammad (Supervisor) ; Ashoor, Mansoor (Co-Advisor)
Abstract
Magnetic resonance imaging is one of non-invasive methods to measure the hemodynamic and morphologic parameters of tissues, especially brain tissues. Hemodynamic parameters monitoring in brain tissue is of significant importance in many majors such as detection of tumor occurrence, brain abnormalities, and track of treatment procedures. Blood is a suspension, comprised of plasma, red blood cells, white blood cells, platelet, etc. Plasma is a Newtonian fluid which is composed of proteins and has a constant viscosity in body temperature. Rheological properties of blood are highly dependent on mechanical and rheological properties of its cells and this dependence is multiplied in narrow vessels...
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