irradiation [2]. Some of the facilitys prime direc- structure concepts were incorporated by micro-beam II, the facilitys present cell irradiator, that now delivers an ion beam produced by a 4.2 MV Van de Graaff accelerator and focused by an electrostatic lens system [3]. The heart of the reserved
A microbeam irradiation system, SPICE (Single Particle Irradiation system to Cell), is under complet...
The Single Particle Irradiation to Cells (SPICE) facility has been constructed for biological cell i...
The development of a charged particle microbeam for single particle, subcellular irradiations at the...
A single-ion microbeam facility has been constructed at the Columbia University Radiological Researc...
The micro-beam irradiation system, which focuses the beam down to micron order and precisely deliver...
Since the mid 1990’s, an increasing number of charged particle mi-crobeams have been designed to del...
Charged-particle microbeams can be used to irradiate individual cells with micron precision and with...
There is continuing interest in the use of microbeam irradiation systems designed to deliver a defin...
An irradiation facility, able to expose cellular and subcellular targets to a precise number of part...
There is continuing interest for the use of microbeam irradiation systems designed to deliver a defi...
Single-cell microbeam irradiation systems have recently become an important tool for radiation biolo...
There is continuing interest for the use of microbeam irradiation systems designed to deliver a defi...
Selective irradiation by an ionizing particle of a targeted cell organelle may disclose such mechani...
Employing ionization radiation to serve our communities has various applications in agricultural, in...
A goal of research in radiobiology is to identify the radiation-sensitive target(s) in cells and cha...
A microbeam irradiation system, SPICE (Single Particle Irradiation system to Cell), is under complet...
The Single Particle Irradiation to Cells (SPICE) facility has been constructed for biological cell i...
The development of a charged particle microbeam for single particle, subcellular irradiations at the...
A single-ion microbeam facility has been constructed at the Columbia University Radiological Researc...
The micro-beam irradiation system, which focuses the beam down to micron order and precisely deliver...
Since the mid 1990’s, an increasing number of charged particle mi-crobeams have been designed to del...
Charged-particle microbeams can be used to irradiate individual cells with micron precision and with...
There is continuing interest in the use of microbeam irradiation systems designed to deliver a defin...
An irradiation facility, able to expose cellular and subcellular targets to a precise number of part...
There is continuing interest for the use of microbeam irradiation systems designed to deliver a defi...
Single-cell microbeam irradiation systems have recently become an important tool for radiation biolo...
There is continuing interest for the use of microbeam irradiation systems designed to deliver a defi...
Selective irradiation by an ionizing particle of a targeted cell organelle may disclose such mechani...
Employing ionization radiation to serve our communities has various applications in agricultural, in...
A goal of research in radiobiology is to identify the radiation-sensitive target(s) in cells and cha...
A microbeam irradiation system, SPICE (Single Particle Irradiation system to Cell), is under complet...
The Single Particle Irradiation to Cells (SPICE) facility has been constructed for biological cell i...
The development of a charged particle microbeam for single particle, subcellular irradiations at the...