Titlebook: Oxygen Transport to Tissue XXXVI; Harold M. Swartz,David K. Harrison,Duane F. Bruley Conference proceedings 2014 Springer Science+Business

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Adjourn

Advances in Probes and Methods for Clinical EPR Oximetry,inked to an external coupling loop for measurements of deep-tissue oxygenations at any depth, overcoming the current limitation of 10 mm. This paper presents an overview of recent developments in our ability to make meaningful measurements of oxygen partial pressures in human subjects under clinical

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Real-Time, In Vivo Determination of Dynamic Changes in Lung and Heart Tissue Oxygenation Using EPR ed in the myocardial tissue or lung pleura. The external coupling loop was secured subcutaneously above chest. The rats were exposed to different breathing gas mixtures while undergoing EPR measurements. The results demonstrated that implantable oxygen sensors provide reliable measurements of pO. in

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Modulation of Hypoxia by Magnetic Nanoparticle Hyperthermia to Augment Therapeutic Index, multiple vesicles in the cytoplasm of cells within tumors 48 h after incubation of mNP. In conclusion, mNPH increased tumor oxygenation . and resulted in decreased growth of hypoxic tumors. Future studies will establish tumor pO.-guided multimodal therapies, such as mNPH and radiation, to improve t

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Skeletal Muscle and Glioma Oxygenation by Carbogen Inhalation in Rats: A Longitudinal Study by EPR nimals. A significant increase in the glioma pO. was observed during carbogen inhalation on day 9 and day 14 only. In summary, EPR oximetry with ImOS allowed direct and longitudinal oxygen measurements in deep muscle tissue and tumors. The heterogeneity of 9L tumors in response to carbogen highlight

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