Add to ORKG3rd International Workshop on Space Radiation Research & 15th Annual NASA Space Radiation Health Investigators\u27 Worksho
High-energy heavy charged particles (HZE ions) found in the deep space environment can significantly...
The mutagenic potential of charged particles of defined linear energy transfer (LET) was assessed us...
High charge and energy (HZE) particles are severe risk to manned long-term outer space exploration. ...
Genomic Instability in Mutation Induction on Normal Human Fibroblasts Irradiated with Chronic Low-do...
At a time when manned space exploration is more a reality with the planned the International Space S...
Effective radioprotection for human space travelers hinges upon understanding the individual propert...
A central paradigm in radiation biology has been that only a cell hit by a track of radiation would ...
A central paradigm in radiation biology has been that only a cell hit by a track of radiation would ...
The goal of this project was to determine if genomic instability could be initiated by poorly repair...
Recent evidence suggests that genomic instability, which is an important step in carcinogenesis, may...
To investigate the long term biological effect of extreme low dose ionizing radiation (IR), we irrad...
The relationship between biological effects and low doses of absorbed radiation is still uncertain, ...
To accurately define the risks associated with human exposure to relevant environmental doses of low...
In this study, we aimed to evaluate the cellular response of healthy human fibroblasts induced by di...
We studied cellular responses in normal human fibroblasts induced with low-dose (rate) or low-fluenc...
High-energy heavy charged particles (HZE ions) found in the deep space environment can significantly...
The mutagenic potential of charged particles of defined linear energy transfer (LET) was assessed us...
High charge and energy (HZE) particles are severe risk to manned long-term outer space exploration. ...
Genomic Instability in Mutation Induction on Normal Human Fibroblasts Irradiated with Chronic Low-do...
At a time when manned space exploration is more a reality with the planned the International Space S...
Effective radioprotection for human space travelers hinges upon understanding the individual propert...
A central paradigm in radiation biology has been that only a cell hit by a track of radiation would ...
A central paradigm in radiation biology has been that only a cell hit by a track of radiation would ...
The goal of this project was to determine if genomic instability could be initiated by poorly repair...
Recent evidence suggests that genomic instability, which is an important step in carcinogenesis, may...
To investigate the long term biological effect of extreme low dose ionizing radiation (IR), we irrad...
The relationship between biological effects and low doses of absorbed radiation is still uncertain, ...
To accurately define the risks associated with human exposure to relevant environmental doses of low...
In this study, we aimed to evaluate the cellular response of healthy human fibroblasts induced by di...
We studied cellular responses in normal human fibroblasts induced with low-dose (rate) or low-fluenc...
High-energy heavy charged particles (HZE ions) found in the deep space environment can significantly...
The mutagenic potential of charged particles of defined linear energy transfer (LET) was assessed us...
High charge and energy (HZE) particles are severe risk to manned long-term outer space exploration. ...