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Leo Shmuylovich
Pediatric Dermatology Fellow at Washington University in Saint Louis
Leo Shmuylovich is a pediatric dermatologist and physician-scientist currently serving as an Assistant Professor at Washington University School of Medicine in St. Louis. His career has been marked by a combination of medical training, scientific research, and entrepreneurial pursuits.
Education and Training
Dr. Shmuylovich completed his undergraduate studies in Chemical Engineering at Cornell University. He then pursued his MD/PhD at Washington University School of Medicine, earning his doctorate in physics. His postgraduate training included:
- Residency in Dermatology at Barnes-Jewish Hospital (2016-2020)
- Fellowship in Pediatric Dermatology at Washington University in Saint Louis (2018-2019)
- Postdoctoral research in the laboratory of Samuel I. Achilefu, PhD (2020-2021)
Professional Experience
After completing his training, Dr. Shmuylovich joined the faculty at Washington University School of Medicine in 2021. His current positions include:
- Assistant Professor in the Department of Medicine, Division of Dermatology
- Secondary appointments in the Department of Radiology and Department of Pediatrics
- Director of the Saint Louis Children's Hospital Multidisciplinary Vascular Anomalies Clinic
Research Interests
Dr. Shmuylovich's research focuses on:
- Developing tools to better quantify skin disease
- Skin imaging and device development
- Pediatric dermatology, vascular anomalies, and fibrosing disorders
Entrepreneurial Experience
During his MD/PhD program, Dr. Shmuylovich took a four-year leave of absence to co-found Virtual Nerd, LLC, an online math education platform. He served as Vice President and Chief Math and Science Nerd, contributing to educational content design and coding. The company's core technology was later sold to Pearson in 2013.2
Board Certifications
Dr. Shmuylovich is board-certified in both Dermatology and Pediatric Dermatology.1
Current Research
As of 2024, Dr. Shmuylovich is collaborating on a project to address skin pigmentation bias in pulse oximeters. This research aims to improve the accuracy of these devices for patients with more pigmented skin, potentially impacting critical care decisions.3