Introduction: As a prerequisite for developing appropriate countermeasures to mitigate acute effects and late radiation risks for the astronaut and thereby enabling long-term human space flight, the cellular radiation response to densely ionizing radiation needs to be better understood. The biological effectiveness of accelerated heavy ions (which constitute the biologically most important radiation type in space) with high linear energy transfer (LET) for effecting DNA damage response pathways as a gateway to cell death or survival is of major concern not only for space missions but also for new regimes of tumor radiotherapy
For humans in space, there are two limiting factors namely the microgravity and the galactic cosmic ...
For humans in space, there are two limiting factors namely the microgravity and the galactic cosmic ...
Outer space is heavily loaded with high-energetic particles contributing to high risks for space tr...
Introduction: As a prerequisite for developing appropriate countermeasures to mitigate acute effects...
Introduction: As a prerequisite for developing appropriate countermeasures to mitigate acute effects...
Purpose: Risk assessment of radiation exposure during long-term space missions requires the knowledg...
To enable long-term human spaceflight, the cellular radiation response to heavy ions with a high li...
Astronauts are exposed to considerable doses of space radiation during long-term space missions. As ...
Understanding the cellular radiation response is an essential prerequisite for the risk assessment ...
During space missions, astronauts are exposed to not only greater amounts of natural radiation than...
Radiation is currently one of the most important limiting factors for manned space flight. During s...
Assessment of health risks for astronauts exposed to cosmic radiation during long-term space mission...
Biological effects of ionizing radiation are strongly influenced by the radiation quality. The biol...
Radiation is a potentially limiting factor for manned long-term space missions. Prolonged exposure t...
There are two limiting factors for humans in space, namely microgravity and galactic cosmic radiatio...
For humans in space, there are two limiting factors namely the microgravity and the galactic cosmic ...
For humans in space, there are two limiting factors namely the microgravity and the galactic cosmic ...
Outer space is heavily loaded with high-energetic particles contributing to high risks for space tr...
Introduction: As a prerequisite for developing appropriate countermeasures to mitigate acute effects...
Introduction: As a prerequisite for developing appropriate countermeasures to mitigate acute effects...
Purpose: Risk assessment of radiation exposure during long-term space missions requires the knowledg...
To enable long-term human spaceflight, the cellular radiation response to heavy ions with a high li...
Astronauts are exposed to considerable doses of space radiation during long-term space missions. As ...
Understanding the cellular radiation response is an essential prerequisite for the risk assessment ...
During space missions, astronauts are exposed to not only greater amounts of natural radiation than...
Radiation is currently one of the most important limiting factors for manned space flight. During s...
Assessment of health risks for astronauts exposed to cosmic radiation during long-term space mission...
Biological effects of ionizing radiation are strongly influenced by the radiation quality. The biol...
Radiation is a potentially limiting factor for manned long-term space missions. Prolonged exposure t...
There are two limiting factors for humans in space, namely microgravity and galactic cosmic radiatio...
For humans in space, there are two limiting factors namely the microgravity and the galactic cosmic ...
For humans in space, there are two limiting factors namely the microgravity and the galactic cosmic ...
Outer space is heavily loaded with high-energetic particles contributing to high risks for space tr...