International Journal of Radiation Biology and Related Studies in Physics Chemistry and Medicine · 1971 · 110 citations · 6 references
MedicinePhysiologyRadiation OncologyRadiation BiophysicsRadiation DosimetryRadiobiologyBiological Effects Of RadiationHigh-dose Radiation EffectsRadiation BiologyRadiation PhysiologyRadiation TherapyTissue Responses To RadiationElectron Beam Irradiation EffectsHypoxia RadiosensitivityPhysiological Effects Of IrradiationRadiation Dose EffectsRadiation Effects On The Gastrointestinal TractRadiation-induced Gastrointestinal ToxicityRadiobiological Oxygen DependenceRadiobiological Response
SummaryThe effectiveness of radiation in killing mice within 4–5 days of whole-body irradiation is reduced for mice breathing oxygen during irradiation when the dose-rate is increased above 6 krads/min. The effectiveness of the radiation is not changed if the mice breath nitrogen during irradiation. This is considered to validate the hypothesis that at dose-rates above 6 krads/min the tissue oxygen tension may be reduced by the consumption of oxygen by the radiation products. A reduction in the biological effect of radiation will be observed when the dose is sufficiently high to reduce the oxygen tension in the tissues to levels which give some protection.
6
Unexpected Dose-rate Effect in the Killing of Mice by Radiation
Shirley Hornsey, Tikvah Alper · Nature · 1966 · 124 citations
Radiation Therapy with High-Energy Electrons
R. Loevinger, C. J. Karzmark, M. Weissbluth · Radiology · 1961 · 96 citations