Thomas Hope, MD
Assistant Professor, Abdominal Imaging and Nuclear Medicine, UCSF
My research program is focused on imaging cancer using MRI and novel PET tracers. At UCSF, I have developed the gallium-68 DOTA-TOC imaging program for neuroendocrine tumor staging, and am the principle investigator on the FDA IND. I have also successfully brought Ga-68 PSMA imaging to UCSF and am currently drafting the IND submission to allow for the evaluation of the clinical use of this agent. I am interested in using somatostatin receptor and PSMA based PET agents in order to distinguish neuroendocrine prostate cancer from adenocarcinoma. Additionally, I believe that the combination of MR and PET parameters will aid in the staging of cancers. Most straightforward is a study we are carrying out in low risk prostatectomy patients where we are evaluating the use of PET/MRI using Ga-68 PSMA and MR imaging of the primary tumor. In the setting of patients with metastatic disease, PET/MRI will likely have an even more important role, as response to treatment will change uptake of non-FDG tracers in ways that are not immediately clear and intepretation will likely rely on changes in MR imaging parameters such as diffusion weighted imaging (DWI).
Duke University, Durham, NC, BA/BS, 6/2001, Biology, Economics
Stanford University, MD, 6/2007 Medicine
Kaiser San Francisco, 6/2008, Internal Medicine
University of California, San Francisco, 6/2012, Diagnostic Radiology Residency
Stanford University, 6/2013, Body MRI/nuclear medicine Fellowship