Preclinical Imaging

Introducing Optix MX3

Move beyond intensity and pursue high-performance molecular imaging with ART’s next generation time domain system.

Learn more about Optix MX3

Be Quantitative

From oncology and neurological disease models to pharmacokinetics, the Optix MX3 system captures more data than any other in vivo imaging system.

Learn more about TD imaging results

Be Productive

Optimize your workflow with multi-wavelength capability, flexible scanning options, and accessories such as the five-mouse scanning bed.

Learn more about Optix MX3

Generate Functional 3D Images

Opening new perspectives in pre-clinical imaging, the unique time-resolved properties of TD imaging allow the viewing of histopathology sections.

Learn more about the OptiView 3D Reconstruction module

Discover Multi-Modality Imaging

Co-register optical data sets with microCT images for high-resolution anatomical references.

Learn more about the OptiView CT Fusion module

Be Discriminating

Quantitatively analyze multiple tumor targeting agents simultaneously with the same light source through lifetime measurements.

Learn more about fluorescence lifetime

Assess Therapeutic Strategies

TD fluorescence imaging is easily applied in the assessment of therapeutic strategies such as drug transport across the blood-brain barrier.

Learn more about applications in TD imaging

Conduct Longitudinal Studies

Obtain accurate recovery of fluorophore distribution and monitor long-term changes in the tumor tissue microenvironment with TD imaging.

Learn more about applications in ADMET

Be Informed

Review the latest technical notes, publications, and articles about optical imaging and the Optix system.

Go to our Publications section

“The development of the Optix time-domain imaging system takes an important step forward in whole-body small animal fluorescence imaging techniques to advance it from a qualitative tool to a volumetric representation of the fluorophore concentration distribution.”

Shay Keren Molecular Imaging Program at Stanford University, California