Add to ORKGOur experiments aim to determine genetic effects of heavy ions with or without shielding. Preliminary results about chromosomal aberrations in human peripheral blood lymphocytes induced by 56Fe ions accelerated at HIMAC are presented here
Reported studies of radiation induced DNA breakage have generally shown higher fractions of residual...
There is increasing evidence that two of the biological effects associated with low-dose ionizing ra...
We studied the LET and ion-species dependence for cell-killing effect and the induction of chromatin...
Our experiments aim to determine genetic effects of heavy ions with or without shielding. The latest...
Computer code calculations based on biophysical models are commonly used to evaluate the effectivene...
We report results for chromosomal aberrations in human peripheral blood lymphocytes after they were ...
Biophysical models are commonly used to evaluate the effectiveness of shielding in reducing the biol...
The relationship between biological effects and low doses of absorbed radiation is still uncertain, ...
Computer code calculations based on biophysical models are commonly used to evaluate the effectivene...
We measured residual cytogenetic damage in the progeny of human peripheral blood lymphocytes exposed...
It is known that various biological effects of high-LET radiation such as heavy ions are showed an e...
Confluent human fibroblast cells (AG1522) were irradiated with gamma rays, 490 MeV/nucleon silicon i...
Human blood cells and mouse embryonic fibroblasts (MEFs) were exposed to Iron (Fe) ions (500 Mev/u, ...
Confluent human fibroblast cells (AG1522) were irradiated with gamma rays, 490 MeV/nucleon Si, or wi...
Heavy ion particles are one of the critical components in space radiation. These are classified as h...
Reported studies of radiation induced DNA breakage have generally shown higher fractions of residual...
There is increasing evidence that two of the biological effects associated with low-dose ionizing ra...
We studied the LET and ion-species dependence for cell-killing effect and the induction of chromatin...
Our experiments aim to determine genetic effects of heavy ions with or without shielding. The latest...
Computer code calculations based on biophysical models are commonly used to evaluate the effectivene...
We report results for chromosomal aberrations in human peripheral blood lymphocytes after they were ...
Biophysical models are commonly used to evaluate the effectiveness of shielding in reducing the biol...
The relationship between biological effects and low doses of absorbed radiation is still uncertain, ...
Computer code calculations based on biophysical models are commonly used to evaluate the effectivene...
We measured residual cytogenetic damage in the progeny of human peripheral blood lymphocytes exposed...
It is known that various biological effects of high-LET radiation such as heavy ions are showed an e...
Confluent human fibroblast cells (AG1522) were irradiated with gamma rays, 490 MeV/nucleon silicon i...
Human blood cells and mouse embryonic fibroblasts (MEFs) were exposed to Iron (Fe) ions (500 Mev/u, ...
Confluent human fibroblast cells (AG1522) were irradiated with gamma rays, 490 MeV/nucleon Si, or wi...
Heavy ion particles are one of the critical components in space radiation. These are classified as h...
Reported studies of radiation induced DNA breakage have generally shown higher fractions of residual...
There is increasing evidence that two of the biological effects associated with low-dose ionizing ra...
We studied the LET and ion-species dependence for cell-killing effect and the induction of chromatin...