Results 311 to 320 of about 707,661 (331)
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Current Opinion in Critical Care, 2015
Infusion therapy is essential in intravascular hypovolaemia and extravascular fluid deficits. Crystalloidal fluids and colloidal volume replacement affect blood coagulation when infused intravenously. The question remains if this side-effect of infusion therapy is clinically relevant in patients with and without bleeding manifestations, and if fluid ...
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Infusion therapy is essential in intravascular hypovolaemia and extravascular fluid deficits. Crystalloidal fluids and colloidal volume replacement affect blood coagulation when infused intravenously. The question remains if this side-effect of infusion therapy is clinically relevant in patients with and without bleeding manifestations, and if fluid ...
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Coagulation in cephalhaematomas
Zeitschrift f�r Kinderheilkunde, 197433 puncture fluids of very large cephalhaematomas were examined with regard to physiologic coagulation criteria. Most of them were incoagulable. By suitable experiments the presence of coagulation promoting activities were demonstrated. Presumably this is due to tissue thrombokinase.
A. M. Mingers, J. Ströder
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2006
This chapter focuses on the process of coagulation and flocculation. The principle methods used for coagulation process include reduction or neutralization of the charges on the colloid; increase of the density of the counter-ion field, and thus reduction of the range of the repulsive effect (compaction of the double layer); and permanent contact ...
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This chapter focuses on the process of coagulation and flocculation. The principle methods used for coagulation process include reduction or neutralization of the charges on the colloid; increase of the density of the counter-ion field, and thus reduction of the range of the repulsive effect (compaction of the double layer); and permanent contact ...
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Critical Care Clinics, 2005
The host response to infection is a highly complex yet well-orchestrated process that involves an elaborate array of soluble mediators and cells. Normally, the host response prevails in containing and eliminating the pathogenic threat. When excessive or sustained, however, the host response may "turn on its bearer" and lead to organ dysfunction. Severe
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The host response to infection is a highly complex yet well-orchestrated process that involves an elaborate array of soluble mediators and cells. Normally, the host response prevails in containing and eliminating the pathogenic threat. When excessive or sustained, however, the host response may "turn on its bearer" and lead to organ dysfunction. Severe
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The Biochemistry of Coagulation
Clinics in Laboratory Medicine, 1984This article describes the hemostatic process following vascular injury, which involves an integrated response of the blood vessel wall, blood platelets, and plasma blood clotting factors, and the way in which these processes relate to one another. A number of diagrams are presented that diagram the component processes.
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1991
Hemostasis is a multiple-component system. In order to function properly it has become highly integrated with several strategies of control. Failure of the system or its control can result in life-threatening hemorrhage requiring transfusion. It is hoped that the information provided in this article has enhanced the reader's understanding of hemostasis
Meyers K, Wardrop Kj
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Hemostasis is a multiple-component system. In order to function properly it has become highly integrated with several strategies of control. Failure of the system or its control can result in life-threatening hemorrhage requiring transfusion. It is hoped that the information provided in this article has enhanced the reader's understanding of hemostasis
Meyers K, Wardrop Kj
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Journal of Neuro-Ophthalmology, 2003
Congenital and acquired hypercoagulable states arise from an imbalance between procoagulant and anticoagulant activity. Although these imbalances are present throughout the entire vascular tree, thrombotic lesions are usually localized in discrete segments of the veins or arteries and in certain organ systems. Thus, hypercoagulable states are likely to
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Congenital and acquired hypercoagulable states arise from an imbalance between procoagulant and anticoagulant activity. Although these imbalances are present throughout the entire vascular tree, thrombotic lesions are usually localized in discrete segments of the veins or arteries and in certain organ systems. Thus, hypercoagulable states are likely to
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Coagulation and the coagulation cascade [PDF]
, 2019 J. Boland, David E. Connor
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Scandinavian Journal of Gastroenterology, 1987
The two final phases in the haemostatic process, plasma coagulation with the formation of a fibrin clot, and fibrinolysis leading to the dissolution of fibrin clots, are reviewed. Coagulation may be initiated either by reactions occurring between components of the blood alone, the intrinsic pathway, or by reactions which also involve tissue components,
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The two final phases in the haemostatic process, plasma coagulation with the formation of a fibrin clot, and fibrinolysis leading to the dissolution of fibrin clots, are reviewed. Coagulation may be initiated either by reactions occurring between components of the blood alone, the intrinsic pathway, or by reactions which also involve tissue components,
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2017
Platelet activation and blood coagulation are reciprocal processes, both contributing to hemostasis and thrombosis in an interactive way. Exposed collagen, von Willebrand factor (VWF), and other components of the subendothelialmatrix initiate platelet adhesion, whereas exposed tissue factor simultaneously triggers the coagulation cascade.
Paola E. J. van der Meijden +2 more
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Platelet activation and blood coagulation are reciprocal processes, both contributing to hemostasis and thrombosis in an interactive way. Exposed collagen, von Willebrand factor (VWF), and other components of the subendothelialmatrix initiate platelet adhesion, whereas exposed tissue factor simultaneously triggers the coagulation cascade.
Paola E. J. van der Meijden +2 more
openaire +2 more sources