Author： Heelis P.F. Parsons B.J. Phillips G.O. Swallow A.J.
Publisher： Informa Healthcare
ISSN： 1362-3095
Source： International Journal of Radiation Biology, Vol.55, Iss.4, 1989-04, pp. : 557-562
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Abstract
The one-electron reduction of 5-deazalumiflavin has been studied in aqueous solution in the acidity range H0 = −1 to pH 13 using the reducing species CO2−, e−aq and (CH3)2ĊOH radicals. The spectral and other properties of the deazaflavin radicals formed were found to be independent of the reductant used. Four protolytic forms of the radical were distinguished with associated p
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