Leo Shmuylovich

Principal investigator
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shmuylolobfuscate@wustl.edu

Leo is a Pediatric Dermatologist and Assistant Professor at the Washington University in Saint Louis School of Medicine in the Department of Medicine, Division of Dermatology, with secondary appointments in the Department of Radiology, and the Department of Pediatrics. He joined the faculty in 2021.

After studying Chemical Engineering at Cornell University, Leo completed his MD/PhD training at Washington University School of Medicine, earning his doctorate in physics in the laboratory of Sándor Kovács, MD, PhD. He then completed a fellowship in pediatric dermatology at the School of Medicine and a residency in dermatology at Barnes-Jewish Hospital before joining the laboratory of Samuel I. Achilefu, PhD, as a postdoctoral researcher.

Leo was one of the 13 recipients of the 2021 NIH Director’s Early Independence Award. This prestigious award has supported the Shmuylovich Lab’s mission to transform dermatology by leveraging the potential of infrared imaging.

Papers

Open Access Dataset and Common Data Model for Pulse Oximeter Performance Data

Bevel Rotation Alters Needle Tip Visualization in Dermatologic Intralesional Injections

Comparison of methods for characterizing skin pigment diversity in research cohorts

Characterization of Biological Absorption Spectra Spanning the Visible to the Short-Wave Infrared

Frugal engineering-inspired wearable augmented reality goggle system enables fluorescence-guided cancer surgery

Skin pigmentation affects ViOptix T.Ox performance in variably-pigmented preclinical model of flap ischemia and congestion

The performance of 11 fingertip pulse oximeters during hypoxemia in healthy human participants with varied, quantified skin pigment.

Development and evaluation of a wearable peripheral vascular compensation sensor in a swine model of hemorrhage

Hyperspectral imaging and characterization of allergic contact dermatitis in the short-wave infrared

Presentations

Absorption spectra library and protocol for measuring biological absorbers spanning the visible to the short-wave infrared

Comparison of objective and subjective tools for assessing skin pigmentation diversity: implications for pulse oximeter validation

Leveraging the naturally occurring spotted pigmentation of Hampshire swine to assess the impact of skin pigmentation on pulse oximeters and other light-based medical devices

Multispectral shortwave infrared (SWIR) for equitable assessment of bruising in darkly pigmented skin

Color-corrected dermoscopy for objective skin color measurement

Low-cost parallax-free coaligned thermal and visible imaging with a visible/near-infrared and long-wave infrared beamsplitter

Establishing a causal link between the physiologic range of skin chromophore concentrations and physiologically relevant regions of CIELAB color space

Multispectral SWIR imaging for equitable pigmentation-insensitive assessment of inflammatory acne in darkly pigmented skin

Tuning the optical properties of a 3D printed skin mimicking phantom to be compatible with tissue properties in the short-wave infrared

Leveraging the naturally occurring spotted pigmentation of Hampshire swine to assess the impact of skin pigmentation on light-based medical devices

Multispectral imaging of cutaneous water for skin tone insensitive inflammation assessment

Wearable short-wave infrared device to detect and monitor hemodilution during postpartum hemorrhage

Automated multicamera microscope for high-speed imaging

Transforming a clinical dermatascope into a dual-wavelength optical polarization imaging device for detecting skin cancer margins

Pulsatile 3D-printed multilayer optical phantoms with microchannels for testing pulse oximeters

Modification of oximeter ratio to reduce pigmentation bias in pulse oximetry