Michael is a research assistant in the Shmuylovich lab. He joined the lab in 2022.
Skin pigmentation affects ViOptix T.Ox performance in variably-pigmented preclinical model of flap ischemia and congestion
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
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
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