Platelet aggregation was studied in the same platelet rich plasma (PRP) by the simultaneous use of Born's optical method and Cardinal's electronic method. The maximum rate of impedance change (electronic method) correlated well with both the rate and the extent of aggregation as measured by the optical method. The rate of impedance change was therefore the parameter chosen for the study of the effect of red cells on platelet aggregation. Erythrocytes, both at 40 and 60% haematocrit (Hct.), greatly inhibited platelet aggregation induced by ADP and adrenalin, but only minimally affected platelet aggregation induced by collage
Red blood cells (RBC) aggregate to form two- and three-dimensional structures when suspended in aque...
Red blood cells (RBC) aggregate to form two- and three-dimensional structures when suspended in aque...
Platelet transfusions can be necessary during treatment of patients with thrombocytopenia or impaire...
This epidemiological study was undertaken to explore possible relationships among various haematolog...
The in vitro evaluation of platelet aggregation is useful to diagnose platelet function disorders [1...
Both chemical and physical effects of red cells have been implicated in the spontaneous aggregation ...
<p>(A) Whole blood-platelet aggregation. Platelet aggregation in whole blood withdrawn in the presen...
To measure platelet aggregation, within the framework of the development of an animal model of ather...
Laser-light scattering was used to observe and quantify the dynamics of human blood platelet aggrega...
To measure platelet aggregation, within the framework of the development of an animal model of ather...
• A rapid, reproducible method of determin-iEg the presence and relative amounts of adhesive and agg...
The effect of granulocytes on human platelet aggregation was investigated in vitro. Platelet functio...
The effect of shear rate on the ADP-induced aggregation of human blood platelets in flow through tub...
Experimental curves of erythrocyte aggregation were modelled and fitted to obtain representative par...
This study briefly reviews the model that describes platelet behavior resulting in aggregation and t...
Red blood cells (RBC) aggregate to form two- and three-dimensional structures when suspended in aque...
Red blood cells (RBC) aggregate to form two- and three-dimensional structures when suspended in aque...
Platelet transfusions can be necessary during treatment of patients with thrombocytopenia or impaire...
This epidemiological study was undertaken to explore possible relationships among various haematolog...
The in vitro evaluation of platelet aggregation is useful to diagnose platelet function disorders [1...
Both chemical and physical effects of red cells have been implicated in the spontaneous aggregation ...
<p>(A) Whole blood-platelet aggregation. Platelet aggregation in whole blood withdrawn in the presen...
To measure platelet aggregation, within the framework of the development of an animal model of ather...
Laser-light scattering was used to observe and quantify the dynamics of human blood platelet aggrega...
To measure platelet aggregation, within the framework of the development of an animal model of ather...
• A rapid, reproducible method of determin-iEg the presence and relative amounts of adhesive and agg...
The effect of granulocytes on human platelet aggregation was investigated in vitro. Platelet functio...
The effect of shear rate on the ADP-induced aggregation of human blood platelets in flow through tub...
Experimental curves of erythrocyte aggregation were modelled and fitted to obtain representative par...
This study briefly reviews the model that describes platelet behavior resulting in aggregation and t...
Red blood cells (RBC) aggregate to form two- and three-dimensional structures when suspended in aque...
Red blood cells (RBC) aggregate to form two- and three-dimensional structures when suspended in aque...
Platelet transfusions can be necessary during treatment of patients with thrombocytopenia or impaire...