A brief outline of the background of viscoelasticity of blood is given in order to derive for blood relevant parameters. In this context, especially one method, the sinusoidal oscillating capillary rheometry, is dicussed. The determination of different parameters to characterize blood samples, e.g. the viscoelastic phase angle, an aggregation index, a flexibility index, hematocrit and plasma viscosity is described. Most of these parameters show increased values in disease; however they can be influenced by drug treatment
Clinical measurement of blood viscosity is an important parameter in the diagnosis of different dise...
The non-Newtonian properties of blood are of great importance since they are closely related with in...
The rheological properties of blood are essential to a full understanding of the function of the cir...
A brief outline of the background of viscoelasticity of blood is given in order to derive for blood ...
A brief outline of the background of rheometry of viscoelastic fluids is given in order to derive fo...
With the aid of multiple linear regression analysis, the dependence of whole blood viscoelasticity o...
Rheology – the study of the flow of matter and accompanying phenomena of real bodies deformation – i...
Rheology of viscoelastic uids is a complex phenomenon. Full blood is an example of a body uid of non...
The dependence on hematocrit of whole blood viscoelasticity must be considered in order to compare p...
Measurements made for oscillatory flow of blood in circular tubes show that blood possesses elastic ...
In order to understand blood circulation, knowledge of the heological properties of blood is require...
Clinical measurement of blood viscosity is an important parameter in the diagnosis of different dise...
We investigate the rheological characteristics of human blood plasma in shear and elongational flow...
Viscoelasticity of whole blood and plasma viscosity have been measured with an oscillating capillary...
The use of a Couette viscometer with coaxial cylinders enables us to measure the viscosity of red bl...
Clinical measurement of blood viscosity is an important parameter in the diagnosis of different dise...
The non-Newtonian properties of blood are of great importance since they are closely related with in...
The rheological properties of blood are essential to a full understanding of the function of the cir...
A brief outline of the background of viscoelasticity of blood is given in order to derive for blood ...
A brief outline of the background of rheometry of viscoelastic fluids is given in order to derive fo...
With the aid of multiple linear regression analysis, the dependence of whole blood viscoelasticity o...
Rheology – the study of the flow of matter and accompanying phenomena of real bodies deformation – i...
Rheology of viscoelastic uids is a complex phenomenon. Full blood is an example of a body uid of non...
The dependence on hematocrit of whole blood viscoelasticity must be considered in order to compare p...
Measurements made for oscillatory flow of blood in circular tubes show that blood possesses elastic ...
In order to understand blood circulation, knowledge of the heological properties of blood is require...
Clinical measurement of blood viscosity is an important parameter in the diagnosis of different dise...
We investigate the rheological characteristics of human blood plasma in shear and elongational flow...
Viscoelasticity of whole blood and plasma viscosity have been measured with an oscillating capillary...
The use of a Couette viscometer with coaxial cylinders enables us to measure the viscosity of red bl...
Clinical measurement of blood viscosity is an important parameter in the diagnosis of different dise...
The non-Newtonian properties of blood are of great importance since they are closely related with in...
The rheological properties of blood are essential to a full understanding of the function of the cir...