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The primary objective of Cancer Systems Imaging (CSI) is to spatially and temporally resolve cancer biology, biochemistry, cell function and drug action across multiple scales ¡ª from cells to live animals and ultimately to humans ¡ª using advanced remote imaging detection methods. Scientists have increasingly recognized the importance of context in studying gene expression, protein function and understanding regulatory mechanisms within cellular microenvironments. Consequently, researchers have turned to non-invasive molecular imaging technologies to enhance human health and disease investigations.

Faculty at CSI are integrating cellular imaging, molecular imaging, functional genomics and chemical biology strategies with mechanism-based fundamental, preclinical and clinical-translational cancer studies. Engaged in both basic and discovery-based science, CSI is structured to translate breakthroughs into patient care. Our approach emphasizes interdisciplinary investigations, with faculty focusing on systems biology and its connections to multi-scale imaging, metabolism, immunology, and cancer radiotherapeutics. Given their interdisciplinary nature, molecular imaging and therapy benefit from the diverse expertise of the CSI faculty, who possess a rich array of multidisciplinary skills that support the cancer research mission. Learn more about Cancer Systems Imaging research