Titlebook: Oxygen Transport to Tissue XIX; David K. Harrison,David T. Delpy Book 1997 The Editor(s) (if applicable) and The Author(s), under exclusiv

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F. Steinberg,H. J. R?hrborn,T. Otto,K. M. Scheufler,C. Strefferoic or appropriate only in intensive care settings became so commonplace as to be conducted at home or in limited-care settings. The chronic anephric mammal, absent from the Darwinian evolution, was created and grew rapidly in number to a total population base of nearly one-quarter million. The phys

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O. Thews,D. K. Kelleher,P. Vaupelidered heroic or appropriate only in intensive care settings became so commonplace as to be conducted at home or in limited-care settings. The chronic anephric mammal, absent from the Darwinian evolution, was created and grew rapidly in number to a total population base of nearly one-quarter million

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Philip E. James,Julia A. O’Hara,Oleg Y. Grinberg,Tomasz Panz,Harold M. Swartz Teflon cannulas and shunts at the bedside (Fig. 1), had placed the first arteriovenous shunt in the left forearm of Mr. Clyde Shields, who at the time was near.death from chronic uremia. Based on that success and figuring we had nothing to lose, on 20 March 1960, a second shunt was placed in the fo

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Julia A. O’Hara,Philip E. James,Youssef Zaim Wadghiri,Tomasz Panz,Oleg Y. Grinberg,Neelu Jain,Jeffre Teflon cannulas and shunts at the bedside (Fig. 1), had placed the first arteriovenous shunt in the left forearm of Mr. Clyde Shields, who at the time was near.death from chronic uremia. Based on that success and figuring we had nothing to lose, on 20 March 1960, a second shunt was placed in the fo

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Leukocyte Activation and Toxic Oxygen Metabolites/Free Radicals,ituations in which oxygen, through the production of toxic oxygen metabolites (TOMs), can be detrimental. This is particularly so in the case of diseases affecting the blood vessels. Whilst the red blood cell is conventionally associated with oxygen carriage, the white blood cell is associated with

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Measurements of Oxygen Saturation in Normal Human Sural Nerve By Microlightguide Spectrophotometry %) from the remission spectra of small volumes of tissue. We have used the Erlangen Micro-lightguide Spectro-photometer (EMPHO II) to measure the HbO.% in human sural nerve. The measurements are made 0.5–1 mm from the surface of the nerve through a small 10mm inscision under local an-aesthetic. The

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