Titlebook: Blood Oxygenation; Proceedings of the I Daniel Hershey (Professor of Chemical Engineering) Conference proceedings 1970 Springer Science+Bus

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Models for Simultaneous Diffusion and Chemical Reaction of Oxygen within the Intact Red Cell of Whoa, hemoglobin solutions, and whole blood. Chemical reaction studies have been made testing various kinetic models. Much work has been done with hemoglobin solutions and millipore membranes to simulate the environment within the red cell. Fleischman (7) has presented a survey of some of the pertinent

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In Vitro Measurement of Uncombined Oxygen Concentration in Intact Red Cells, In the course of our work on simultaneous diffusion and chemical reaction (1) of oxygen within red cells, it became necessary to measure the concentration of uncombined oxygen in intact cells. Since no method was available, a technique using polarographic PO. electrodes was developed and is describ

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Physicochemical Properties of Blood Constituents Derived from Porphyrins,having molecular weights of about 65,000, normally consist of four subunits of two identical pairs. Oxygen is bound reversibly by a non-protein moiety which is attached in a specific manner to each subunit of the protein. This non-protein moiety is the prosthetic group iron-protoporphyrin IX (Formul

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Equilibrium and Kinetic Aspects of the Reaction of Hemoglobin, Isolated Chains and Intermediates wi protein, i.e. the . and . chains, and of compounds which contain both . and . chains, but in which only one type of chain may undergo reaction with ligand. The latter ones may be regarded as artificially produced stable intermediates of the reaction of hemoglobin with ligands.

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The Effects of Inert Gases, Preservatives and Storage on Oxygen Transport in Blood,mbranes are frequent subjects of such studies since they are readily available (1, 11). The transport of oxygen through erythrocyte membranes in particular has received much attention recently. Some previous oxygenation studies have relied on a lumped model approach in which all resistances to oxyge

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