TriTom™ Photoacoustic Imaging Platform: Small Animal Anatomical Imaging The ability to directly visualize and evaluate anatomical structures and biological processes in small animal models at the whole-body level is critical for understanding the pathophysiology of human diseases. The TriTom™ small animal imaging platform provides noninvasive high-resolution photoacoustic tomography (PAT) images that can be used to extract functional and […]
Tag: imaging platform
Arizona State University Uses the TriTom
COMMERCIAL SMALL ANIMAL IMAGING COULD AID DISEASE DETECTION
Authors: Mark Little Photoacoustic and optical images of the ventrodorsal view of a mouse specimen: 532 nm (yellow, skin level) + 890 nm (red, deep anatomy) (a); 532 nm (yellow, skin level) + 780 nm (green, ICG detecting) (b) and 532 nm (yellow, skin level) + 780 nm (green, ICG detecting) + FMT (blue, 780-nm excitation) (c). Injection site, […]
A PRECLINICAL SMALL ANIMAL IMAGING PLATFORM COMBINING MULTI-ANGLE PHOTOACOUSTIC AND FLUORESCENCE PROJECTIONS INTO CO-REGISTERED 3D MAPS
Authors: Weylan Thompson, Anthony Yu, Diego S. Dumani, Jason Cook, Mark A. Anastasio, Stanislav Y. Emelianov, Sergey A. Ermilov ABSTRACT We present the results on development of the 3D imaging platform combining photoacoustic tomography and fluorescence (PAFT) for preclinical and biological research. This combined multimodal imaging instrument addresses known deficiencies in sensitivity, spatial resolution, and […]
