Blood Vessels (eBook, PDF)
Problems Arising at the Borders of Natural and Artificial Blood Vessels
Redaktion: Effert, S.; Meyer-Erkelenz, J. D.
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Blood Vessels (eBook, PDF)
Problems Arising at the Borders of Natural and Artificial Blood Vessels
Redaktion: Effert, S.; Meyer-Erkelenz, J. D.
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Produktdetails
- Verlag: Springer Berlin Heidelberg
- Seitenzahl: 181
- Erscheinungstermin: 6. Dezember 2012
- Englisch
- ISBN-13: 9783642664717
- Artikelnr.: 53387768
Dieser Download kann aus rechtlichen Gründen nur mit Rechnungsadresse in A, B, BG, CY, CZ, D, DK, EW, E, FIN, F, GR, HR, H, IRL, I, LT, L, LR, M, NL, PL, P, R, S, SLO, SK ausgeliefert werden.
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I. Structure, Function and Biochemistry of Vessel Wall.- Endothelial Contractility - Its Pros and Cons.- Biochemistry of the Arterial Wall as Related to Transport, Utilization and De Novo Synthesis of Lipids.- Capillary Endothelium - The Possible Site of Action of Different Lipolytic Enzymes.- II. Factors of Thrombosis and their Dependence on Blood Flow.- Deposition of Platelets, Fibrin, and Erythrocytes on Arterial Walls in Experimental Animals and Man.- On the Endoendothelial Fibrin Layer, Fibrin(ogen) Polymerization, and Thrombosis.- Effect of Physical Factors on Platelet Adhesion to Subendothelium.- The Role of Platelets in Arterial Thrombosis.- Experimental Results Relating to the Deposition Hypothesis of Atherosclerosis.- Thrombocyte Function and Age. Studies with Healthy Volunteers, Diabetics and Patients with Vascular Disease.- Thrombocyte Energy Processes.- Fluid-Dynamic Boundary Conditions for Thrombotic Processes in High Shear Environments in vivo.- Vessel Wall - Blood Flow - Thrombolysis.- Venous Response to Surgical Trauma.- III. The Capillary Tract of the Circulation System.- Flow Dynamics in Human Nailfold Capillaries.- Cerebral Blood Barriers.- Quantitative Vessel Wall Permeability in the Venules.- IV. Dynamics in Circulation.- The Instantaneous Velocity Profile in Large Arteries as a Diagnostic Indicator of Abnormalities of the Vessel Wall Surface.- Blood Viscoelasticity and the Vessel Wall in Pulsatile Flow.- Experiences with Prosthetic Vascular Grafts.- V. Biocompatibility of Blood and Artificial Materials.- Interactions of Synthetic and Natural Surfaces with Blood in the Physiological Environment.- Synthetic Membranes in Biomedical Engineering.- Thromboembolic Problems Caused by the Contact between Plastics and Blood Following Cardiac ValveReplacement.- Electrokinetic Processes on Natural and Artificial Blood Vessels.- Initial Events at the Blood/Biomaterial Border.- VI. Antithrombogenic Biomaterials.- Development of Antithrombogenic Artificial Materials: Theory and Practice.- Interaction of Proteins with the Surface of Artificial Materials.- Model of an Antithrombogenic Surface of a Solid.
I. Structure, Function and Biochemistry of Vessel Wall.- Endothelial Contractility - Its Pros and Cons.- Biochemistry of the Arterial Wall as Related to Transport, Utilization and De Novo Synthesis of Lipids.- Capillary Endothelium - The Possible Site of Action of Different Lipolytic Enzymes.- II. Factors of Thrombosis and their Dependence on Blood Flow.- Deposition of Platelets, Fibrin, and Erythrocytes on Arterial Walls in Experimental Animals and Man.- On the Endoendothelial Fibrin Layer, Fibrin(ogen) Polymerization, and Thrombosis.- Effect of Physical Factors on Platelet Adhesion to Subendothelium.- The Role of Platelets in Arterial Thrombosis.- Experimental Results Relating to the Deposition Hypothesis of Atherosclerosis.- Thrombocyte Function and Age. Studies with Healthy Volunteers, Diabetics and Patients with Vascular Disease.- Thrombocyte Energy Processes.- Fluid-Dynamic Boundary Conditions for Thrombotic Processes in High Shear Environments in vivo.- Vessel Wall - Blood Flow - Thrombolysis.- Venous Response to Surgical Trauma.- III. The Capillary Tract of the Circulation System.- Flow Dynamics in Human Nailfold Capillaries.- Cerebral Blood Barriers.- Quantitative Vessel Wall Permeability in the Venules.- IV. Dynamics in Circulation.- The Instantaneous Velocity Profile in Large Arteries as a Diagnostic Indicator of Abnormalities of the Vessel Wall Surface.- Blood Viscoelasticity and the Vessel Wall in Pulsatile Flow.- Experiences with Prosthetic Vascular Grafts.- V. Biocompatibility of Blood and Artificial Materials.- Interactions of Synthetic and Natural Surfaces with Blood in the Physiological Environment.- Synthetic Membranes in Biomedical Engineering.- Thromboembolic Problems Caused by the Contact between Plastics and Blood Following Cardiac ValveReplacement.- Electrokinetic Processes on Natural and Artificial Blood Vessels.- Initial Events at the Blood/Biomaterial Border.- VI. Antithrombogenic Biomaterials.- Development of Antithrombogenic Artificial Materials: Theory and Practice.- Interaction of Proteins with the Surface of Artificial Materials.- Model of an Antithrombogenic Surface of a Solid.