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Oxygen transport to tissue /
Oxygen Transport to Tissue.
| Clasificación: | Libro Electrónico |
|---|---|
| Autor Corporativo: | |
| Otros Autores: | |
| Formato: | Electrónico Congresos, conferencias eBook |
| Idioma: | Inglés |
| Publicado: |
Oxford, England ; Elmsford, N.Y. :
Pergamon,
�1981.
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| Colección: | International Congress of Physiological Sciences (28th. 1980 : Budapest, Hungary). Advances in physiological sciences.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Oxygen Transport to Tissue; Copyright Page; Table of Contents; Preface; Session I: heterogeneities and O2 transport, model and experimental; Chapter 1.Tissue oxygen supply and critical oxygen pressure; Chapter 2.Redox gradients in oxygen delivery to tissue; Chapter 3.Channels of oxygen transport from blood to mitochondria; Chapter 4.Oxygen tension profiles and oxygen consumption inhomogeneities in the arterial wall: Implications for atherogenesis; Chapter 5.Correlation of electrical signals and mitochondrial redox state during spreading depression
- Chapter 6.Rate of O2 consumption and redox state of cytochrome C (+C i) measured in liver in situ by reflectance spectrophotometry: Effect of ethanol ingestionChapter 7.Heterogeneous oxygen transport within malignant tumors; Chapter 8.Evaluation of ERG as a model of cerebral tissue PO2 changes with environmental stress; Chapter 9.A theoretical method of analysis of the dynamics of oxygen exchange in the microcirculation of the intestinal tract in the dog that is applicable in the shock state; Chapter 10.Quantitative analysis of reflection spectra by simulation experiments on tissue
- Chapter 11.Experimental and mathematical studies of oxygen transport in the fetal cerebral microcirculationChapter 12.Effect of diffusion heterogeneity on oxygen tension in tissue; Chapter 13.Intracellular microheterogeneity of oxygen concentrations; Chapter 14.Non-invasive PO2 monitoring at the palpebral conjunctiva; Chapter 15.Microregional oxygen transmissibility following ischemia in the brain; Chapter 16.Discussion and summary. Session I
- Heterogeneities and O2 transport, model and experimental; Session II: heterogeneities and O2 transport, model and experimental
- Chapter 17.Myocardial flow heterogeneity and diffusional shuntingChapter 18.Heterogeneity in tissue oxygenation; systemic and local factors; Chapter 19.Probabilistic modeling of oxygen transport in brain tissue; Chapter 20.Microflow and oxygen supply on the brain during local and generalized activation; Chapter 21.Oxygen sufficiency in the ""working"" brain; Chapter 22.Theophylline induced changes of respiratory chain function in rabbit papillary muscle; Chapter 23.The use of O2-optode for measuring substances as glucose by using oxidative enzymes for biological applications
- Chapter 24.Continuous measurements of intramuscular oxygen tension during exercise by use of a flexible catheter transducerChapter 25.Oxygen, pH and glucose measurements in cerebral ischaemia; Chapter 26.O2 -induced intramembrane H+ movements in the mitochondrial membrane; Chapter 27.Effect of different membranes on a transcutaneous PO2 electrode used in the presence of anesthetic agents; Chapter 28. Structural basis for the organization of the interstitial space to form a tissue unit; Chapter 29.Determination of skin blood flow during transcutaneous monitoring
- Chapter 30.Discussion and summary. Session II
- Heterogeneities and O2 transport, model and experimental