Blood Oxygenation

1. Front Matter

   Pages i-x

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2. Factors Determining the Velocity of Gas Uptake by Intracellular Hemoglobin

   • Robert A. B. Holland

   Pages 1-23

3. Oxygenation Velocity of the Red Cell and Pulmonary Diffusing Capacity

   • Masaji Mochizuki

   Pages 24-61

4. Membrane Resistance and Diffusion Coefficients: The Intact Red Cell

   • Robert Franco, Daniel Hershey

   Pages 62-71

5. Models for Simultaneous Diffusion and Chemical Reaction of Oxygen within the Intact Red Cell of Whole Blood

   • Ronald C. Menke, Daniel Hershey

   Pages 72-106

6. In Vitro Measurement of Uncombined Oxygen Concentration in Intact Red Cells

   • Marvin Fleischman, Daniel Hershey

   Pages 107-115

7. The Interaction of Carbon Dioxide with the Rate of Exchange of Oxygen by Red Blood Cells

   • John A. Sirs

   Pages 116-136

8. Physicochemical Properties of Blood Constituents Derived from Porphyrins

   • G. Blauer

   Pages 137-156

9. Equilibrium and Kinetic Aspects of the Reaction of Hemoglobin, Isolated Chains and Intermediates with Oxygen

   • Eraldo Antonini

   Pages 157-174

10. A Mathematical Analysis Predicting Cerebral Tissue Reoxygenation Time as a Function of the Rate of Change of Effective Cerebral Blood Flow

    • D. D. Reneau, H. I. Bicher, D. F. Bruley, M. H. Knisely

    Pages 175-200

11. Brain Tissue Oxygenation as Determined with a New Ultramicro Oxygen Electrode

    • H. I. Bicher, D. D. Reneau, M. H. Knisely

    Pages 201-217

12. A Distributed Parameter Mathematical Analysis of Oxygen Exchange from Maternal to Fetal Blood in the Human Placenta

    • Eric J. Guilbeau, Daniel D. Reneau, Melvin H. Knisely

    Pages 218-221

13. The Effects of Inert Gases, Preservatives and Storage on Oxygen Transport in Blood

    • Wolfgang H. Koch, Daniel Hershey

    Pages 222-230

14. The Control of Hemoglobin Function in Blood Stored for Transfusion Purposes

    • R. Ben Dawson

    Pages 231-242

15. Effect of Plasma Constituents on Oxygen Diffusivity

    • R. M. Navari, J. L. Gainer, K. R. Hall

    Pages 243-261

16. Internal Viscosity of the Red Blood Cell and the Capillary Inversion Phenomena as Factors in Oxygen Transport

    • Leopold Dintenfass

    Pages 262-275

17. The Oxygenation of Blood in Artificial Membrane Devices

    • Edmund E. Spaeth

    Pages 276-305

18. Design Considerations and Long-Term in Vivo Studies with the Disposable Spiral Membrane Lung

    • Theodor Kolobow, Warren M. Zapol, Robert L. Sigman

    Pages 306-320

19. A Mathematical Model for the Prediction of Oxygen, Carbon Dioxide, and pH Profiles with Augmented Diffusion in Capillary Blood Oxygenators

    • Fernando Villarroel, Kenneth B. Bischoff, Thomas M. Regan, Jerry M. Calkins, Clifford E. Lanham

    Pages 321-333

20. Development of Capillary Membrane Blood Oxygenators

    • G. W. Harris, F. C. Tompkins, R. P. deFilippi, J. H. Porter, M. J. Buckley

    Pages 334-354

Under the broad heading of blood oxygenation there may be specific areas of study, such as the kinetics of the oxygen­ hemoglobin reaction, diffusion of gases through the red cell, blood preservation, blood chemistry, oxygen electrode design and the design and evaluation of artificial blood oxygenators. ~lood oxygenation is of interest to many disciplines including physicians, chemists, physicists, biologists, physiologists and engineers. The International Symposium on Blood Oxygenation was or­ ganized in order to bring together the people working in the various areas of blood oxygenation. This multidiscipline meet­ ing was held at the University of Cincinnati on December 1, 2 and 3 of 1969. It was jOintly sponsored by the U. S. Army Medi­ cal Research and Development Command and the University of Cin­ cinnati. Participants came from Australia, England, Israel, Italy, Japan and the United States. There were 122 persons registered for the Symposium. From the nature of the discussion during the meeting, it seemed apparent that the participants were benefiting from the contacts with colleagues in other disciplines. The result was a significant contribution to the present fund of knowledge of blood oxygenation and an enhancement of the future work.

• Enhancement
• blood
• cell
• chemistry
• development
• evaluation
• joint
• kinetics
• plasma
• research

• Department of Chemical and Nuclear Engineering, University of Cincinnati, Cincinnati, USA

  Daniel Hershey

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