We provide professional knowledge and suggestions for trials of preclinical radiochemistry projects. Our team is fully aware of GLP requirements and has the relevant skills to track them at all stages of your test facility. Our cooperation projects with research institutions include:
Provide site planning for radiochemical test facilities
Provide professional guidance and hosting services for the operation and management of cyclotron
Provide all kinds of preclinical molecular imaging equipment solutions for different needs in different situations
Provide a comprehensive plan of supporting facilities, and the equipment options provided are more suitable for the laboratory plan
CellRad is a compact biological X-ray irradiator, which generates 10-130KV high-energy X-rays using artificial electronic devices to irradiate cells.
As the economic choice of high- throughput irradiation, with compact small box design for surface irradiation research, it is an ideal scheme to provide high-dose irradiation for cells and tissue culture.
Adopting large box design, it can accommodate a wide range of accessories, able to be upgraded to OptiMAX multi-modality imaging system (including X-ray imaging, bioluminescence and fluorescence)
Compact, completely shielded, independent x-ray irradiator, without use site and personnel restrictions.
Self-shielding irradiators are suitable for small animals and cells in a compact laboratory environment.
Adopting self-shielding large box body design, it can accommodate a wide range of accessories, able to be upgraded to OptiMAX multi-modality imaging system (including X-ray imaging, bioluminescence and fluorescence)
Fully shielded, independent X-ray irradiator, without use site and personnel restrictions. The high-power research platform for cell and tissue culture is an ideal platform for directional irradiation of small animals.
Optical guided precision biological X-ray irradiator can mark tumor cells by bioluminescence, mark tumor drugs by fluorescent dyes, and locate tumor drugs by X-ray.
Self-shielding large box body design, the ability to accommodate a wide range of accessories, OptiMAX multi-modal imaging system (including X-ray imaging, bioluminescence and fluorescence)
The design of the MultiRad350 allows high dose and uniform depth of irradiation, making it ideal for very dense biological specimen applications.
X-RAD SmART System 3D image-guided precision irradiation system, which combines the 3D volume imaging of CT with highly accurate specimen positioning, can accurately locate specific targets in mice
Transfusion associated graft versus host disease (TA-GVHD) is one of the most serious complications of blood transfusion.
