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• W196336743 endingPage "206" @default.
• W196336743 startingPage "197" @default.
• W196336743 abstract "Electron paramagnetic resonance (EPR) spectroscopy has been well established as a viable technique for measurement of free radicals and oxygen in biological systems, from in vitro cellular systems to in vivo small animal models of disease. However, the use of EPR in human subjects in the clinical setting, although attractive for a variety of important applications such as oxygen measurement, is challenged with several factors including the need for instrumentation customized for human subjects, probe, and regulatory constraints. This article describes the rationale and development of the first clinical EPR systems for two important clinical applications, namely, measurement of tissue oxygen (oximetry) and radiation dose (dosimetry) in humans. The clinical spectrometers operate at 1.2 GHz frequency and use surface-loop resonators capable of providing topical measurements up to 1 cm depth in tissues. Tissue pO2 measurements can be carried out noninvasively and repeatedly after placement of an oxygen-sensitive paramagnetic material (currently India ink) at the site of interest. Our EPR dosimetry system is capable of measuring radiation-induced free radicals in the tooth of irradiated human subjects to determine the exposure dose. These developments offer potential opportunities for clinical dosimetry and oximetry, which include guiding therapy for individual patients with tumors or vascular disease by monitoring of tissue oxygenation. Further work is in progress to translate this unique technology to routine clinical practice." @default.
• W196336743 created "2016-06-24" @default.
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• W196336743 date "2014-02-01" @default.
• W196336743 modified "2023-10-10" @default.
• W196336743 title "Clinical EPR" @default.
• W196336743 cites W100282326 @default.
• W196336743 cites W135473137 @default.
• W196336743 cites W143600471 @default.
• W196336743 cites W1512539828 @default.
• W196336743 cites W1728528260 @default.
• W196336743 cites W1842875237 @default.
• W196336743 cites W192147494 @default.
• W196336743 cites W1965654396 @default.
• W196336743 cites W1966239199 @default.
• W196336743 cites W1966504727 @default.
• W196336743 cites W1968366494 @default.
• W196336743 cites W1970638055 @default.
• W196336743 cites W1976773279 @default.
• W196336743 cites W1981469372 @default.
• W196336743 cites W1982513335 @default.
• W196336743 cites W1986409511 @default.
• W196336743 cites W1987385949 @default.
• W196336743 cites W1987865650 @default.
• W196336743 cites W1989313199 @default.
• W196336743 cites W1989749205 @default.
• W196336743 cites W1994552112 @default.
• W196336743 cites W1994853000 @default.
• W196336743 cites W1995876520 @default.
• W196336743 cites W1996433411 @default.
• W196336743 cites W1997188535 @default.
• W196336743 cites W2002309651 @default.
• W196336743 cites W2002497476 @default.
• W196336743 cites W2006153373 @default.
• W196336743 cites W2010747592 @default.
• W196336743 cites W2021531729 @default.
• W196336743 cites W2021877943 @default.
• W196336743 cites W2022851367 @default.
• W196336743 cites W2023819108 @default.
• W196336743 cites W2027334515 @default.
• W196336743 cites W2031732057 @default.
• W196336743 cites W2032337757 @default.
• W196336743 cites W2032514140 @default.
• W196336743 cites W2032681122 @default.
• W196336743 cites W2033599145 @default.
• W196336743 cites W2038075547 @default.
• W196336743 cites W2044507381 @default.
• W196336743 cites W2052808274 @default.
• W196336743 cites W2053344525 @default.
• W196336743 cites W2053698005 @default.
• W196336743 cites W2060223096 @default.
• W196336743 cites W2063269161 @default.
• W196336743 cites W2065116261 @default.
• W196336743 cites W2065251306 @default.
• W196336743 cites W2065976685 @default.
• W196336743 cites W2067626788 @default.
• W196336743 cites W2069109020 @default.
• W196336743 cites W2069472071 @default.
• W196336743 cites W2069768582 @default.
• W196336743 cites W207214174 @default.
• W196336743 cites W2082541570 @default.
• W196336743 cites W2083282681 @default.
• W196336743 cites W2105258980 @default.
• W196336743 cites W2109966118 @default.
• W196336743 cites W2113832071 @default.
• W196336743 cites W2115083328 @default.
• W196336743 cites W2118411085 @default.
• W196336743 cites W2119190298 @default.
• W196336743 cites W2126091399 @default.
• W196336743 cites W2141698238 @default.
• W196336743 cites W2142904945 @default.
• W196336743 cites W2148839230 @default.
• W196336743 cites W2153745258 @default.
• W196336743 cites W2154452493 @default.
• W196336743 cites W2157854449 @default.
• W196336743 cites W2158639810 @default.
• W196336743 cites W2162859268 @default.
• W196336743 cites W2163445277 @default.
• W196336743 cites W2213094158 @default.
• W196336743 cites W2329312158 @default.
• W196336743 cites W259041615 @default.
• W196336743 cites W31403146 @default.
• W196336743 cites W338451965 @default.
• W196336743 cites W53482472 @default.
• W196336743 cites W5829969 @default.
• W196336743 doi "https://doi.org/10.1016/j.acra.2013.10.011" @default.

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