Sensitization of Mouse Skin to X Irradiation by Moderate Heating
Fiona Stewart, J. Denekamp
Abstract
Fiona Stewart, J. Denekamp
Abstract
The combined effects of heat and x irradiation have been studied on mouse skin using skin reactions on the feet. The skin was heated for one hour by immersion in a water bath at temperatures ranging from 25.5-43.5 degrees C. When the x irradiation was in the middle of this heating period a thermal sensitization to the x-ray damage was observed. The effect increased with temperature above 39.5 degrees C and doubled the effectiveness of the x rays at 43.5 degrees C. When the heating and irradiation were not concurrent the timing and sequence of treatments were important. Heat before irradiation was more effective than heat after irradiation, particularly if the interval was three hours or greater.
OpenAlex reports 57 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The combined effects of heat and x irradiation have been studied on mouse skin using skin reactions on the feet. The skin was heated for one hour by immersion in a water bath at temperatures ranging from 25.5-43.5 degrees C. When the x irradiation was in the middle of this heating period a thermal sensitization to the x-ray damage was observed. The effect increased with temperature above 39.5 degrees C and doubled the effectiveness of the x rays at 43.5 degrees C. When the heating and irradiation were not concurrent the timing and sequence of treatments were important. Heat before irradiation was more effective than heat after irradiation, particularly if the interval was three hours or greater.
Key concepts: Irradiation, Sensitization, Medicine, Pig skin, Skin temperature, Skin reaction, Radiochemistry, Dermatology