Oxygen Transport to Tissue VIII

1. Front Matter

   Pages i-xv

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2. Oxygen Delivery Systems

   1. Videodensitometric Determination of Oxyhemoglobin Saturation (SO2) in Muscle Capillaries

      • Mary L. Ellsworth, Roland N. Pittman

      Pages 1-11

   2. The Solubility of Oxygen in Erythrocyte Ghosts and the Flux of Oxygen Across the Red Cell Membrane

      • M. McCabe

      Pages 13-20

   3. Respiratory Gas Exchange in Ascidans: An Almost Diffusion Limited Animal with a Cardiovascular System

      • M. McCabe

      Pages 21-25

   4. Relation between the Contact Time and Venous and Alveolar Pco2 at Rest

      • Masaji Mochizuki, Tomoko Kagawa, Katsuo Uchida, Izumi Shibuya

      Pages 27-34

   5. Oxygen Transport Studies of Normal and Sickle Erythrocyte Suspensions in Artificial Capillaries

      • N. A. Stathopoulos, J. D. Hellums

      Pages 35-41

   6. The End-Points of the Oxygen Path: Transport Resistance in Red Cells and Mitochondria

      • A. Clark Jr., P. A. A. Clark

      Pages 43-47

   7. Washout of Small Boluses of Oxygenated or Deoxygenated Fluorocarbons from Canine Hindlimb

      • N. S. Faithfull, C. E. King, S. M. Cain

      Pages 49-57

   8. Regional Cerebral Blood Flow in Normal Blood Circulated and Perfluorocarbon Transfused Rats

      • P. A. Lee, P. A. McHale, C. A. Piantadosi, A. L. Sylvia

      Pages 59-65

   9. Can Central-Venous Replace Mixed-Venous Oxygen Saturation Measurements during Anesthesia?

      • K. Reinhart, Th. Kersting, U. Föhring, M. Schäfer

      Pages 67-72

   10. In Line Monitoring of Carbon Dioxide Via a Gas Permeable Window

       • D. T. Delpy, D. Parker, D. N. Halsall

       Pages 73-77

   11. Percolation and Transit in Microvascular Networks

       • Antal G. Hudetz, Sverker Werin

       Pages 79-88

   12. Fetal Oxygen Supply

       • A. N. Zirakadze, L. M. Makharadze, P. Y. Kintraia, L. Sh. Japashvili, D. G. Takadze

       Pages 89-97

   13. Oxygen Diffusion Coefficient of Cell Membranes

       • T. Koyama, T. Araiso, M. Mochizuki

       Pages 99-106

3. Methods and Mathematical Models

   1. P NMR Evaluation of Hypoxic Stress in Brain of Animal Models

      • B. Chance, D. Smith, S. Nioka, M. Osbakken, B. J. Clark, A. Giantisos et al.

      Pages 107-111

   2. Delivery and Use of Oxygen in the Hepatic Tissue Assessed by Organ-Reflectance Spectrophotometry

      • Norio Hayashi, Akinori Kasahara, Haruya Meren, Yutaka Sasaki, Kazuhei Kurosawa, Hideyuki Fusamoto et al.

      Pages 113-117

   3. Estimation of Concentration Ratios and the Redox States of the Cytochromes from Noisy Reflection Spectra Using Multicomponent Analysis Methods

      • J. Hoffmann, D. W. Lübbers

      Pages 119-124

   4. Improved Quantitative Analysis of Reflection Spectra Obtained from the Surface of the Isolated Perfused Guinea Pig Heart

      • J. Hoffmann, D. W. Lübbers

      Pages 125-130

   5. Influence of PaO2 on Cerebral Macro- and Microcirculation as Observed by Light Reflection: Time Course of Changes

      • Philip T. Weinbrecht, Lance C. Johnson, Ian S. Longmuir, James A. Knopp

      Pages 131-136

   6. O2 Optodes for Analyzing Micro Blood Samples Using Thin Sensor Layers with Small O2 Capacities and Special Reflection Properties for Optical Decoupling of Sensor and Sample

      • Norbert Opitz

      Pages 137-142

In this volume the policy of review by anonymous referees and minor correction by the editor has been continued, but perhaps should not be extended without an agreed policy statement by the Society. Our choice is minimal revision with rapid publication or proper review with some delay in publication. The editor wishes to express his gratitude to Ann Richardson, Joann Fish, Lance Johnson, and Philip Weinbrecht for their invaluable help in the preparation of this volume. Ian S. Longmuir v BRIEF HISTORY OF ISOTT The Society endured a long gestation period. During the 1960s its formation was discussed at a number of international meetings devoted to oxygen in biological systems. Prominent among a great number of such gatherings were those held at the Institute of Diseases of the Chest, London 1960; Bedford College, London 1963; Queen Elizabeth College, London 1963; and the Seventh Bad Oeynhausen Conference, 1967. At first, reservations were expressed about the desirability of forming a highly specialized society which might not achieve the "critical mass" necessary for its continued existence. However, the 1971 meeting in the Max Planck Institut fur Arbeitsphysiologie, Dortmund, answered these doubts, and Dr. Melvin Knisely commenced planning a very successful inaugural meeting in South Carolina. At this meeting in 1973 in Charleston and Clemson, the Society was formed with the customary remit of the promotion of scientific exchanges.

• Calcium
• biological
• cell membrane
• fish
• kidney
• membrane transport
• metabolism
• mitochondria
• oxygen
• protein
• receptor
• society
• synthesis
• tissue
• transport

• North Carolina State University, Raleigh, USA

  Ian S. Longmuir

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