Inveon CT
Posted by admin on January 13, 2012
Filed under CT
Inveon CT
PRODUCT DESCRIPTION: With features that include automated variable zoom, the Inveon CT scanner delivers the ability to seamlessly transition from anatomical to high resolution scans. Built with multiple upgradeability options, the Inveon CT can easily be field-upgraded to a multimodality PET•CT, SPECT•CT or PET•SPECT•CT system – either in a docked or integrated configuration. Features Automated [...]
Caliper Life Sciences’ Quantum Fx µCT
Posted by admin on December 19, 2011
Filed under CT
Caliper Life Sciences’ Quantum Fx µCT
The Quantum FX µCT is the only instrument on the market that can offer ultrafast scanning, low dose, and the range of features to suit most µCT requirements. Most scans take only 17 seconds with reconstruction times of less than a minute. This results in a radiation dose of less that 13mGy per complete scan [...]
Viscover CT contrast agents
Posted by iMolecular on November 24, 2011
Filed under CT
Viscover CT contrast agents
Viscover brings to you the broadest portfolio of imaging agents tailored for pre-clinical micro-CT. ExiTron Contrast Agents have been specifically developed to provide micro-CT with long sought-after soft-tissue contrast. Novel nanoparticles help extend the application range of any µCT far beyond mere bone scans. Our innovative ExiTron Agents enable targeted high resolution imaging of tumors [...]
“Dose on Demand” Biomarker Generator
Posted by admin on November 23, 2011
Filed under CT, PET
“Dose on Demand” Biomarker Generator
ABT Molecular Imaging a Knoxville, Tennessee based company, was started in 2006 with the goal to simplify the process of producing PET biomarkers by creating a small, very efficient biomarker generator to make PET more widely available, simple to access, and economically available “on-demand”. The ABT “ Dose on Demand” Biomarker Generator provides complete PET [...]
Bone Volume and Thickness Measurements
Posted by iMolecular on October 25, 2011
Filed under CT
Bone Volume and Thickness Measurements
Abstract Purpose Quantification of osteolysis is crucial for monitoring treatment effects in preclinical research and should be based on MicroCT data rather than conventional 2D radiographs to obtain optimal accuracy. However, data assessment is greatly complicated in the case of 3D data. This paper presents an automated method to follow osteolytic lesions quantitatively and visually [...]