Cellular micro-irradiation techniques provide unique experimental opportunities for understanding how ionizing radiation interacts with living cells and tissues. Using microbeams, it is possible to deliver precise doses of radiation to selected individual cells, or sub-cellular targets in vitro. This technique continues to be applied to the investigation of a number of phenomena currently of great interest to the radiobiological community. In particular, it is the study of so-called "non-targeted" effects (where cells are seen to respond indirectly to ionizing radiation) that are benefiting most from the use of microbeam approaches
There is a continuing interest in the use of microbeam systems designed to deliver ionizing radiatio...
There is a continuing interest in the use of microbeam systems designed to deliver ionizing radiatio...
Microbeams have undergone a renaissance since their introduction and early use in the mid 60s. Recen...
The micro-irradiation technique continues to be highly relevant to a number of radiobiological studi...
The micro-irradiation technique continues to be highly relevant to a number of radiobiological studi...
Studies of the effects of radiation at the cellular level have generally been carried out by exposin...
The Gray Cancer Institute is one of a small number of laboratories worldwide routinely using particl...
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 ...
PURPOSE This review follows the development of microbeam technology from the early days of single...
In classical radiation biology, it is described that initial DNA damages induced directly by the ene...
Abstract—An ion microbeam is a very narrow beam of charged particles, typically protons, alpha parti...
Microbeam/3D human tissues/Arabidopsis/Bystander effects/Genomic instability. Recent developments in...
X-ray microbeams have been used to explore radiobiological effects induced by targeting a specific s...
A goal of research in radiobiology is to identify the radiation-sensitive target(s) in cells and cha...
There is a continuing interest in the use of microbeam systems designed to deliver ionizing radiatio...
There is a continuing interest in the use of microbeam systems designed to deliver ionizing radiatio...
Microbeams have undergone a renaissance since their introduction and early use in the mid 60s. Recen...
The micro-irradiation technique continues to be highly relevant to a number of radiobiological studi...
The micro-irradiation technique continues to be highly relevant to a number of radiobiological studi...
Studies of the effects of radiation at the cellular level have generally been carried out by exposin...
The Gray Cancer Institute is one of a small number of laboratories worldwide routinely using particl...
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 ...
PURPOSE This review follows the development of microbeam technology from the early days of single...
In classical radiation biology, it is described that initial DNA damages induced directly by the ene...
Abstract—An ion microbeam is a very narrow beam of charged particles, typically protons, alpha parti...
Microbeam/3D human tissues/Arabidopsis/Bystander effects/Genomic instability. Recent developments in...
X-ray microbeams have been used to explore radiobiological effects induced by targeting a specific s...
A goal of research in radiobiology is to identify the radiation-sensitive target(s) in cells and cha...
There is a continuing interest in the use of microbeam systems designed to deliver ionizing radiatio...
There is a continuing interest in the use of microbeam systems designed to deliver ionizing radiatio...
Microbeams have undergone a renaissance since their introduction and early use in the mid 60s. Recen...