Preclinical researchers often utilize a variety of tumor models, including xenografts, orthotopic, and transgenic preparations. Imaging provides researchers the ability to detect, visualize and monitor the developing tumor over the course of a longitudinal study. Further, the images provide insights into tumorigenesis, as well as the efficacy of therapies and other interventions.
High Frequency
Ultrasound
Ultrasound imaging is a non-invasive way to identify, track, and measure tumors; the 3D motor allows for tumor volumes to be calculated. A variety of organs can be imaged using ultrasound, making it possible to detect xenograft, orthotopic, and transgenic tumors in a variety of small animal models.
PET/CT Imaging
PET/CT Imaging combines the nuclear imaging of PET with the precision of an x-ray CT scanner to produce accurate anatomic renderings. PET/CT allows for the accurate visualization of tumor specific metabolism as well as the capability of distinguishing malignant cells from adjacent normal tissue based on established differences in biochemical activity.
