The successive application of X-irradiation and ethylnitrosourea during the fetal period in NMRI-mice results in tumorous as well as in degenerative diseases in offspring. Leukemia and ovarial tumor incidences are increased when compared with animals either treated alone, whilst lung and liver tumors appear at a lower rate. Liver necroses and kidney cysts are further outstanding pathological findings after combined treatment. These results can be paralleled with the known postirradiational proliferative capacities of the affected fetal tissues, and possibly are a sensitive indicator for such radiation induced alterations
The possible combined effects of the initiator diethylnitrosamine (DEN) with X rays on cancer induct...
Since we are living in the environment with numerous natural and man-made radiation and chemicals, c...
IntroductionRadiation carcinogenesis in human is considered as a result of the combined effect with ...
Mice were X-irradiated on day 15 of gestation with 0.2, 0.4, 0.8 or 1.6 Gy. Offspring were reared by...
Mice were X-irradiated on day 14, 15 or 16 of gestation with 1·0 Gy. This did not result in a...
Radiation carcinogenesis in human is considered as a result of the combined effect of radiation and ...
The relationship between mutagenesis and carcinogenesis was investigated in T × HT crossbred m...
Exposure of the mouse fetus (NMRI-strain) to 1.0 Gy X-irradiation has a marked effect on postnatally...
We are living in the environment with numerous natural and man-made radiation and chemicals. Cancer ...
Carcinogenesis in humans is thought to result from exposure to numerous environmental factors. Littl...
We are living in the environment with numerous natural and man-made radiation and chemicals. Cancer ...
Radiation carcinogenesis in human is considered as a result of the combined effect of radiation and ...
Single and combined treatments were performed in rats on day 13 of gestation with either ENU or ENU ...
Ionizing radiation is a well-known carcinogen, but its potency may be influenced by other environmen...
Radiation carcinogenesis in human is considered as a result of the combined effect of radiation and ...
The possible combined effects of the initiator diethylnitrosamine (DEN) with X rays on cancer induct...
Since we are living in the environment with numerous natural and man-made radiation and chemicals, c...
IntroductionRadiation carcinogenesis in human is considered as a result of the combined effect with ...
Mice were X-irradiated on day 15 of gestation with 0.2, 0.4, 0.8 or 1.6 Gy. Offspring were reared by...
Mice were X-irradiated on day 14, 15 or 16 of gestation with 1·0 Gy. This did not result in a...
Radiation carcinogenesis in human is considered as a result of the combined effect of radiation and ...
The relationship between mutagenesis and carcinogenesis was investigated in T × HT crossbred m...
Exposure of the mouse fetus (NMRI-strain) to 1.0 Gy X-irradiation has a marked effect on postnatally...
We are living in the environment with numerous natural and man-made radiation and chemicals. Cancer ...
Carcinogenesis in humans is thought to result from exposure to numerous environmental factors. Littl...
We are living in the environment with numerous natural and man-made radiation and chemicals. Cancer ...
Radiation carcinogenesis in human is considered as a result of the combined effect of radiation and ...
Single and combined treatments were performed in rats on day 13 of gestation with either ENU or ENU ...
Ionizing radiation is a well-known carcinogen, but its potency may be influenced by other environmen...
Radiation carcinogenesis in human is considered as a result of the combined effect of radiation and ...
The possible combined effects of the initiator diethylnitrosamine (DEN) with X rays on cancer induct...
Since we are living in the environment with numerous natural and man-made radiation and chemicals, c...
IntroductionRadiation carcinogenesis in human is considered as a result of the combined effect with ...