Peter J. Littrup

Peter J. Littrup, M.D. serves as a Professor of Clinical Imaging Sciences (Part-Time) within the Department of Imaging Sciences at the University of Rochester School of Medicine and Dentistry. He is affiliated with the University of Rochester Medical Faculty Group (URMFG) and Accountable Health Partners (AHP), currently accepting new patients through UR Medicine.

His educational background includes:

• MD from University of Michigan Medical School (1985)
• General Radiology Internship at St. Joseph Mercy Health System (1985-1986)
• Diagnostic Radiology Fellowship at St. Joseph Mercy Health System (1986-1987)
• Interventional Radiology Residency at Harvard Medical School (1987-1991)
• Diagnostic Radiology Fellowship at Wayne State University School of Medicine (1990-1991)

Dr. Littrup's research centers on advanced breast imaging and interventional radiology, with emphasis on ultrasound tomography for density assessment, cryoablation techniques, and fat-glandular interface analysis. His work bridges diagnostic imaging with therapeutic applications, particularly in breast cancer screening and metabolic syndrome interventions.

Analysis of his 2021-2025 publications reveals a consistent focus on translating ultrasound tomography into clinical practice. Key trends include monitoring treatment response during hormone therapy (e.g., tamoxifen), developing theranostic approaches combining imaging with cryoablation/immunotherapy, and exploring hyperthermia applications. His multicenter studies (e.g., SoftVue) demonstrate commitment to validating imaging biomarkers for tissue characterization.

No scientific awards are listed in the provided information.

There are no documented details regarding student advising or grant funding in the source material.

Dr. Littrup participates in multicenter imaging research networks, notably contributing to the SoftVue ultrasound tomography system validation studies. His collaborative work spans institutions including Harvard Medical School and Wayne State University, focusing on clinical translation of advanced imaging techniques.