UW Research

UW Translational Precision Radiation Core

VISIT CENTER

Purpose

The UW Translational Precision Radiation Core provides technology and support for laboratory irradiation (x-rays, protons) with extremely high (sub-millimeter) precision. The Core can accommodate cell cultures, mice or rats. The Core can be used to deliver tumorcidal doses that are focused to a lesion while sparing normal tissues or can be used to irradiate normal tissues to a range of doses at specific locations.

Description

The centerpiece of the Core is a radiation platform that is capable of irradiating cell cultures as well as mice and rats with an x-ray or proton beam whose size can be controlled down to less than 1 mm. The platform also provides high-resolution CT imaging that can be used to target the radiation beam. This allows the tumor to be irradiated to high doses while delivering almost no radiation dose to surrounding normal tissues. In addition, the core also has a cesium gamma irradiator available for cell and small animal irradiation when this precision is not required.

Unique to the UW system, a beam of protons is also available for experiments as needed. The beam size can be controlled down to 2 mm and is integrated into the x-ray/CT platform. This beam is specifically designed for laboratory radiation experiments.

Beam dosimetry, treatment planning, and animal preparation space are also available.

Type

Equipment: Small Animal Radiation Research Platform (SARRP) from XSTRAHL Inc. (xstrahl.com)
50 MeV Cyclotron maintained by the UW Cyclotron Center
JL Shepherd Model81 Cs-Irradiator

Keywords: General

Analytical/bioanalytical, Spectroscopy, Radiation Core, Precision Radiation, Protons, Irradiate, High-Resolution CT Imaging, CT Imaging, Target Radiation Beam, Cesium Gamma Irradiator, Laboratory radiation experiments, Beam Dosimetry, Treatment Planning, ARRP, Cyclotron, Particle beams, Fast Neutron, Isotope Production, Proton Therapy Research, Radiation Effects Testing, Target bombardment, Deutrons, Alpha, Neutrons, Target Development, Target Processing, Computer Modeling, Radiation Safety, Experiment, Design

Keywords: Specific

EPA methods, NIOSH methods, OSHA methods, Breathing Air analysis, Organophosphate metabolite assay, PAH assay, Phthalate metabolite assay, FTIR, GCFID, GC-FID, GCMS, GC-MS, GCMSMS, GC-MS-MS, HPLC, IC, ICPMS, LCMSMS, LC-MS-MS