Physiological and Clinical Aspects of Oxygenator Design. Proceedings of the Seminar on Advances in Oxygenator Design, Copenhagen, June 15–20, 1975

Content: 
Front Matter, Page iii
Copyright, Page iv
Preface, Page v, Steen Dawids
Introductory remarks, Page vii, W. Becker
Contributors, Page ix
Advances in oxygenator design: past, present and future, Pages 1-3, H.C. Engell
Operational conditions underlying the design of membrane oxygenators, Pages 7-12, D.G. Melrose
Scaling rules for flat plate and hollow fiber membrane oxygenators for total bypass, Pages 13-27, J.A.E. Spaan, J.M.M. Oomens
Correlation of effects of blood flow rate, viscosity and design features on artificial lung performance, Pages 29-44, P.D. Richardson, P.M. Galletti
Fluid mechanical problems in membrane oxygenators, Pages 45-61, R. Monti
The Taylor-Vortex membrane oxygenator: design analysis based on a predictive correlation for oxygen transfer, Pages 65-76, J.D.S. Gaylor, L.C. Smeby
Annular membrane oxygenator with tangential flow. Oxygen transfer analysis and scaling rules, Pages 77-90, J.M.M. Oomens, J.A.E. Spaan, A.P.P. Donders
Fluid mechanics of the Oxford membrane oxygenator and its evaluation in animal experiments, Pages 91-105, B.J. Bellhouse, F.H. Bellhouse, T.A. Snuggs, J.K. Aggarwal
Observations with a membrane oxygenator model combining tubes and sheets, Pages 107-116, D. Birnbaum
A fluid oxygenator using shear flow dispersion of blood in fluorocarbon, Pages 119-128, N. Mendler, R. Schröck, H. Schmid-Schönbein, F. Sebening, K. Mottaghy
Supersaturated fluorocarbon as an oxygen source, Pages 129-138, Pieter Stroev, Jan de Koning, Bini E.M. Ringnalda
Use of hyperbaric oxygen as oxygen source in extracorporeal oxygenation of blood, Pages 139-150, C. Boe, S. Dawids, B. Jensen
Use of hydrogen peroxide as oxygen source in extracorporeal oxygenation of blood, Pages 151-160, S. Dawids, C. Boe, B. Jensen
Microrheology of erythrocytes and platelets: physiological basis and consequences for the design and the operation of extracorporeal circulatory devices, Pages 163-176, H. Schmid-Schönbein, H. Rieger, R. Zander
Effects of unphysiological blood flow on circulating cells, Pages 177-181, G.V.R. Born
Platelets, foreign surfaces, and heparin, Pages 183-195, R.M. Lindsay
Hematologic abnormalities in extracorporeal circuits (ECC), Pages 197-201, C. Wildevuur-van Hamersveld, J.C.F. de Jong, M.R. Halie, C.Th. Smit Sibinga, Ch.R.H. Wildevuur
Scanning electron microscopical observation on microporous membrane oxygenators, Pages 203-211, A. Lautier, F. Volter, Bui-Mong-Hung, D. Laurent
Extracorporeal circulation and the effect of bubble oxygenation on plasma proteins, Pages 213-225, H.H. Wandall
Oxygen consumption at the cellular level, Pages 229-233, Mikael Rørth
Hemoglobin oxygen affinity in patients with acute myocardial infarction and angina pectoris, Pages 235-241, Angelo Agostoni
Problems of measuring blood gases, Pages 245-257, D.W. Lübbers
Continuous monitoring of PaO2 of intensive care patients in view of its application during prolonged extracorporeal perfusion, Pages 259-268, H.P. Kimmich, F. Kreuzer
Monitoring hemodynamics, gas exchange, and pulmonary mechanics during veno-arterial bypass with extracorporeal oxygenation, Pages 269-276, F. Lemaire, A. Harf, B. Teisseire, G. Atlan
Automatic oxygen and acid-base control during organ perfusion as a model for extracorporeal circulation, Pages 277-283, Th.F.J. Lenssen, Adrie C.M. Vrolijk, F.G.J. Offerijns
A computer-operated system for the evaluation of extracorporeal oxygenators, Pages 285-290, A. Agostoni, G. Daddi, G. Damia, M. Luzzana, A. Musetti, L. Rossi Bernardi
Materials for membrane oxygenators, Pages 293-298, W.S. Haworth
What has been done with regard of blood compatibility?, Pages 299-301, H. Lagergren
Some approaches to blood-compatible materials, Pages 303-318, C. Pusineri, P. Sedivy, A. Carruette, A. Granger, A. Sausse
Comment, Page 319, J. Feijen
Concluding remarks, Pages 321-323, Steen Dawids, H.C. Engell
Subject index, Pages 325-330