The micro-irradiation technique continues to be highly relevant to a number of radiobiological studies in vitro. In particular, studies of the bystander effect show that direct damage to cells is not the only trigger for radiation-induced effects, but that unirradiated cells can also respond to signals from irradiated neighbours. Furthermore, the bystander response can be initiated even when no energy is deposited in the genomic DNA of the irradiated cell (i.e. by targeting just the cytoplasm)
A central paradigm in radiation biology has been that only cells “hit” by a track of radiation would...
The use of microbeam approaches has been a major advance in probing the relevance of bystander and a...
Abstract—An ion microbeam is a very narrow beam of charged particles, typically protons, alpha parti...
The micro-irradiation technique continues to be highly relevant to a number of radiobiological studi...
Cellular micro-irradiation techniques provide unique experimental opportunities for understanding ho...
Microbeams are ideally suited to the study of so-called 'non-targeted' phenomena that are now known ...
Microbeams are ideally suited to the study of so-called 'non-targeted' phenomena that are now known ...
Studies of the effects of radiation at the cellular level have generally been carried out by exposin...
Radiation-induced bystander responses are observed when cells respond to their neighbours being irra...
Microbeam/3D human tissues/Arabidopsis/Bystander effects/Genomic instability. Recent developments in...
The Gray Cancer Institute is one of a small number of laboratories worldwide routinely using particl...
Microbeams have undergone a renaissance since their introduction and early use in the mid 60s. Recen...
In classical radiation biology, it is described that initial DNA damages induced directly by the ene...
The prevailing dogma for radiation biology is that genotoxic effects of ionizing radiation such as m...
The radiation induced bystander response is defined as a response in cells which have not been direc...
A central paradigm in radiation biology has been that only cells “hit” by a track of radiation would...
The use of microbeam approaches has been a major advance in probing the relevance of bystander and a...
Abstract—An ion microbeam is a very narrow beam of charged particles, typically protons, alpha parti...
The micro-irradiation technique continues to be highly relevant to a number of radiobiological studi...
Cellular micro-irradiation techniques provide unique experimental opportunities for understanding ho...
Microbeams are ideally suited to the study of so-called 'non-targeted' phenomena that are now known ...
Microbeams are ideally suited to the study of so-called 'non-targeted' phenomena that are now known ...
Studies of the effects of radiation at the cellular level have generally been carried out by exposin...
Radiation-induced bystander responses are observed when cells respond to their neighbours being irra...
Microbeam/3D human tissues/Arabidopsis/Bystander effects/Genomic instability. Recent developments in...
The Gray Cancer Institute is one of a small number of laboratories worldwide routinely using particl...
Microbeams have undergone a renaissance since their introduction and early use in the mid 60s. Recen...
In classical radiation biology, it is described that initial DNA damages induced directly by the ene...
The prevailing dogma for radiation biology is that genotoxic effects of ionizing radiation such as m...
The radiation induced bystander response is defined as a response in cells which have not been direc...
A central paradigm in radiation biology has been that only cells “hit” by a track of radiation would...
The use of microbeam approaches has been a major advance in probing the relevance of bystander and a...
Abstract—An ion microbeam is a very narrow beam of charged particles, typically protons, alpha parti...
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