Matthew LeBoeuf, MD, PhD

Undergraduate:
The Johns Hopkins University

Medical School:
University of Pennsylvania School of Medicine

Post Doctorate:
University of Pennsylvania School of Medicine

Residency:
Hospital of the University of Pennsylvania

Fellowship:
University of Vermont Medical Center, Mohs Surgery

Dr. LeBoeuf completed his medical and post-doctorate degrees at the University Of Pennsylvania School Of Medicine. He subsequently completed his residency in Dermatology at the Hospital of the University of Pennsylvania and a Mohs Micrographic Surgery fellowship at the University of Vermont Medical Center. Dr. LeBoeuf specializes in the removal of skin cancers using the Mohs Micrographic Surgery allowing complete tumor clearance while limiting the amount of normal surrounding tissue removed. His clinical interests include treatment of advanced skin cancers and facial reconstruction. Since joining DHMC Dr. LeBoeuf has completed over 12,000 Mohs Micrographic Surgeries and subsequent reconstructions. Dr. LeBoeuf enjoys the team approach provided through the Mohs Micrographic Surgery procedure and strives to minimize the stress and anxiety often associated with surgical procedures. Dr. LeBoeuf has worked closely with multiple members of the Dartmouth Health Mohs team to create a closely knit team environment that enhances the patient experience and surgical outcomes.

Dr. LeBoeuf’s research interests are focused on methods to improve tumor margin analysis and tumor clearance including the use of machine learning and artificial intelligence to accomplish this. This involves application of Mohs Micrographic Surgery methodologies to build a model system that allows for accurate and efficient evaluation of tumor margins for the presence or absence of tumor and subsequent tumor mapping. Dr. LeBoeuf has also developed and published a quantitative approach to study and ensure quality in the Mohs Micrographic Surgery histology lab further ensuring excellent patient outcomes.

Professional Interests:
Reconstruction of post-Mohs Micrographic Surgery defects, removal of advanced and complex skin cancers using Mohs, Micrographic Surgery, Dartmouth Dermatology Resident surgical training and procedural excellence, Digital pathology, artificial intelligence, 3D tumor modeling, Synergistic use of in vivo imaging and machine learning driven algorithms for tumor margin analysis

Personal Interests:
Exercising, Cooking and Coaching

 

Geisel School of Medicine Faculty Profile