The Lund Nuclear Microprobe (LNM) has been adapted to be used as a Single Ion Hit Facility (SIHF) for proton cell irradiation experiments at low dose. In order to test the capabilities of the system, Ni dot arrays and artificial cells have been fabricated with the photopolymer SU-8 and common lithographic techniques. The primary purpose of the Ni dot arrays was to determine the targeting accuracy of the beam in vacuum and in air. Additionally, this sample was employed to evaluate the system performance during cell target irradiation experiments. The Ni dot arrays were also used for beam characterization. The artificial cells were originally fabricated to test the software for cell recognition and localization, developed and implemented at t...
We have established a single cell irradiation system, which allows selected cells to be individually...
International audienceIon microbeams have emerged as a powerful tool in several domains of radiation...
International audienceIon microbeams have emerged as a powerful tool in several domains of radiation...
A Single-Ion Hit Facility (SIHF) consists of a custom-build facility based in particle accelerators ...
The objective of the CELLION project is radiation research at low doses. The main cell responses to ...
The development of SPICE (Single Particle Irradiation system to Cell), a microbeam irradiation syste...
Single-cell microbeam irradiation systems have recently become an important tool for radiation biolo...
A microbeam irradiation system, SPICE (Single Particle Irradiation system to Cell), is under complet...
International audienceSince the mid 1990's, an increasing number of charged particle microbeams have...
Since the mid 1990’s, an increasing number of charged particle mi-crobeams have been designed to del...
Since the mid 1990's, an increasing number of charged particle microbeams have been designed to deli...
The Single Particle Irradiation to Cells (SPICE) facility has been constructed for biological cell i...
Single-cell microbeam irradiation systems have become significant tools in the field of radiation bi...
The Single Particle Irradiation to Cells (SPICE) facility has been constructed for biological cell i...
Ion microbeams have emerged as a powerful tool in several domains of radiation biology. They have be...
We have established a single cell irradiation system, which allows selected cells to be individually...
International audienceIon microbeams have emerged as a powerful tool in several domains of radiation...
International audienceIon microbeams have emerged as a powerful tool in several domains of radiation...
A Single-Ion Hit Facility (SIHF) consists of a custom-build facility based in particle accelerators ...
The objective of the CELLION project is radiation research at low doses. The main cell responses to ...
The development of SPICE (Single Particle Irradiation system to Cell), a microbeam irradiation syste...
Single-cell microbeam irradiation systems have recently become an important tool for radiation biolo...
A microbeam irradiation system, SPICE (Single Particle Irradiation system to Cell), is under complet...
International audienceSince the mid 1990's, an increasing number of charged particle microbeams have...
Since the mid 1990’s, an increasing number of charged particle mi-crobeams have been designed to del...
Since the mid 1990's, an increasing number of charged particle microbeams have been designed to deli...
The Single Particle Irradiation to Cells (SPICE) facility has been constructed for biological cell i...
Single-cell microbeam irradiation systems have become significant tools in the field of radiation bi...
The Single Particle Irradiation to Cells (SPICE) facility has been constructed for biological cell i...
Ion microbeams have emerged as a powerful tool in several domains of radiation biology. They have be...
We have established a single cell irradiation system, which allows selected cells to be individually...
International audienceIon microbeams have emerged as a powerful tool in several domains of radiation...
International audienceIon microbeams have emerged as a powerful tool in several domains of radiation...