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Quantification of blood viscosity using power law model in cerebrovascular accidents and high risk controls
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1994
Year
Blood SamplesViscosity ProfileFluid MechanicsCerebrovascular DiseaseVascular TraumaBlood FlowThrombosisStrokePower Law ModelApparent Blood ViscosityNeurologyPublic HealthAtherosclerosisBlood Flow MeasurementBlood ViscosityVascular BiologyAnesthesiologyCerebral Blood FlowBiomedical FlowCardiovascular DiseasePatient SafetyHemostasisArterial DiseaseMedicineEmergency MedicineHigh Risk Controls
Present work concerns quantitative analysis of parameters that affect apparent blood viscosity at different low shear rates in acute cerebrovascular accidents. Viscosity profile of a large number of blood samples from thromboembolic stroke cases and