Research

Technology and application development for cancer, cardiac, neurovascular, functional imaging, clinical, and small animal preclinical imaging

New technologies and agents for diagnostic imaging and precision therapy. Hybrid modalities that combine sound with other forms of energy for novel contrast

Development and use of advanced optical instrumentation such as microscopy, microendoscopy, and multi-modality imaging in window chamber models

Development of advanced gamma-ray detectors and imaging systems that push the limits of spatial and temporal resolution in SPECT and PET

Measurement and optimization of image quality. Theory of image formation and detection. Statistical properties of images. Human perception

Contrast agent development for molecular imaging for pre-clinical and clinical studies design for a variety of imaging modalities

Clinical and pre-clinical research including innovative CT systems and novel approaches to CT in humans and small animals

Development of tools for qualitative analysis and evaluation of structures at the molecular, cellular, tissue, and organ levels

Contact information for the research support team and information on grant and research opportunities.