Oxygen Transport to Tissue XVI

1. Front Matter

   Pages i-xx

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2. Theoretical Models of O2 Transport

   1. Local Plasma Convection Can Be Important for Oxygen Release in Tissue Capillaries

      • C. Bos, L. Hoofd, Z. Turek

      Pages 1-6

   2. Formulation and Realization of a Multicompartmental Model for O2-CO2 Coupled Transport in the Microcirculation

      • Guo-Fan Ye

      Pages 7-15

   3. Analysis of Tissue Diffusivity Using Mathematical Models

      • A. Dutta, A. S. Popel

      Pages 17-29

   4. Computer - Modeling of Oxygen Supply to Cartilage: Addition of a Compartmental Model

      • Guo-Fan Ye, Susan F. Silverton

      Pages 31-39

   5. A Program to Calculate Mixed Venous Oxygen Tension - a Guide to Transfusion?

      • N. Simon Faithfull, Glenn E. Rhoades, Peter E. Keipert, Andrew S. Ringle, Ad Trouwborst

      Pages 41-49

   6. Microcirculation and O2 Exchange through the Skin Surface: A Theoretical Analysis

      • D. W. Lübbers

      Pages 51-58

   7. Fractal Approaches to the Microcirculation

      • James B. Bassingthwaighte, Lori Young, Richard P. Beyer, C. Y. Wang

      Pages 59-60

3. Methods and Instrumentation

   1. Phosphorescence Quenching

      1. Recent Advances in Oxygen Measurements Using Phosphorescence Quenching

         • David F. Wilson, Sergei A. Vinogradov

         Pages 61-66

      2. Recovery of Oxygen Distributions in Tissue from Phosphorescence Decay Data

         • Sergei A. Vinogradov, David F. Wilson

         Pages 67-73

      3. A New Phosphorimeter for the Measurement of Oxygen Pressures Using PD-Porphine Phosphorescence

         • M. Sinaasappel, C. Ince, J. P. van der Sluijs, H. A. Bruining

         Pages 75-81

      4. Imaging Oxygen Pressure in Tissue <i>in Vivo</i> by Phosphorescence Decay

         • Marek Pawlowski, David F. Wilson

         Pages 83-91

      5. Measurement of Oxygen Pressure in the Heart in Vivo Using Phosphorescence Quenching

         • W. L. Rumsey, M. Pawlowski, N. Lejavardi, D. F. Wilson

         Pages 93-97

      6. Detecting Hypoxia in Heart Using Phosphorescence Quenching and 99MTechnetium-Nitroimidazoles

         • W. L. Rumsey, B. Kuczynski, B. Patel

         Pages 99-104

      7. Intestinal Ischemia during Hypoxia and Experimental Sepsis as Observed by NADH Videofluorimetry and Quenching of PD-Porphine Phosphorescence

         • C. Ince, J. P. van der Sluijs, M. Sinaasappel, J. A. M. Avontuur, J. M. C. C. Coremans, H. A. Bruining

         Pages 105-110

   2. Magnetic Resonance Techniques

      1. 1H NMR Approach to Observe Tissue Oxygenation with the Signals of Myoglobin

         • Thomas Jue, Ulrike Kreutzer, Youngran Chung

         Pages 111-118

      2. Measurements of pO2 in Vivo, Including Human Subjects, by Electron Paramagnetic Resonance

         • Harold M. Swartz, Goran Bacic, Bruce Friedman, Fuminori Goda, Oleg Grinberg, P. Jack Hoopes et al.

         Pages 119-128

      3. Half-Life of Perfluorooctylbromide in Inner Organs Determined by Fast 19F-NMR Imaging

         • L. J. E. Jäger, U. Nöth, A. Haase, J. Lutz

         Pages 129-134

   3. Near Infrared Spectroscopy

      1. Frequency Response by Pulse Reduction for the Analysis of TRS Spectra

         • K. A. Kang, D. F. Bruley, J. M. Londono, B. Chance

         Pages 135-142

      2. An Automated System for the Measurement of the Response of Cerebral Blood Volume and Cerebral Blood Flow to Changes in Arterial Carbon Dioxide Tension Using Near Infrared Spectroscopy

         • C. E. Elwell, M. Cope, D. Kirkby, H. Owen-Reece, C. E. Cooper, E. O. R. Reynolds et al.

         Pages 143-155

Since its inception in 1973, The International Society on Oxygen Transport to Tissue (ISOTT) has provided a unique forum to facilitate and encourage scientific interaction and debate. Welcoming scientists and clinicians from a broad spectrum of disciplines, each with their own particular skills and expertise, ISOTT unites them under the common theme of oxygen transport. The successful blend of scientific presentations and informal discussion which characterizes ISOTT is epitomized best by the many fundamental discoveries and technical advancements which it has spawned. The breadth and strengths of The Society's scientific base promotes the rapid progression of ideas from theoretical concepts to rigorous scientific testing and often, ultimately to the clinical arena. Each publication of the ISOTT proceedings has been recognized by Science Citation Index listing and the papers frequently establish scientific precedents and become considered as standard works in their respective fields. The 21st ISOTT Meeting was held in San Diego from August 14th through August 18th, 1993. The San Diego Meeting attracted about 150 registrants and 40 accompanying persons. Ten state-of-the-art lectures were presented by international experts in ~ transport and there were in addition two symposia -one dealing with assessment of tissue hypoxia and the other with functional heterogeneity in different organ systems. There were 100 free communications, consisting of posters accompanied by an abbreviated oral summary. All manuscripts were reviewed by the Editors for form and content, but as is customary for the ISOTT proceedings, rigorous scientific peer review was not undertaken.

• Filtration
• base
• infrared spectroscopy
• magnetic resonance
• metabolism
• spectroscopy
• tissue
• transport

• University of California, San Diego, La Jolla, USA

  Michael C. Hogan, Odile Mathieu-Costello, David C. Poole, Peter D. Wagner

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