Publication | Closed Access
Electron-affinic Sensitization
208
Citations
19
References
1969
Year
Direct Energy AbsorptionCharged IntermediateBioorganic ChemistryBiochemistryPhotochemistryNatural SciencesMechanistic PhotochemistryPhotobiologyPhototoxicityOrganic ChemistryUv-c IrradiationMicrobiologyChemistryChemical BiologyPhotoprotectionSummarythe Bacterium Serratia
SummaryThe bacterium Serratia marcescens has been used as a test system for demonstrating the radiosensitizing properties of a class of electron-affinic organic compounds. These include: unsaturated diesters and diketo compounds, mono-, di- and triketohydrindene (indanetrione), derivatives of pyruvic acid, quinones and several miscellaneous compounds. With few exceptions, the sensitization is restricted to anoxic systems. An electron-transfer mechanism, involving interaction of the sensitizer with a charged intermediate produced by direct energy absorption in a target molecule, is proposed as the basis of a model for radiosensitization.
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