Processed and unprocessed images of skin displayed side-by-side

The I.D. Lab at BIDMC

Innovation in Imaging and Dermatologic Devices

Our Research

A focus on translation

The I.D. lab conceives and develops new technologies (including computational methods, imaging and treatment devices, repurposed compounds) with the potential for near-term translation, in order to address a broad range of challenges in health with a particular focus in dermatology. We seek computational and software-based solutions whenever possible, and focus on the smartphone platform in order to leverage potential for scaling and reduce costs.

We primarily focus our research in two areas:  

  • Diagnostic applications of biomedical optics in dermatology and human health, including computational photography, spectroscopy and microscopy
  • Non-invasive or minimally-invasive devices for application at the cutaneous interface

Current ongoing areas of research include improving visualization and quantification of cutaneous structures and dynamics (e.g. veins, erythema, topical medications, cutaneous microvasculature) by a combination of computational and optical approaches, fractionated cryotherapy for skin resurfacing, and new approaches to the treatment of photosensitive disorders.

Meet our team

 

Processed and unprocessed images of skin and an RGB colorcloud

What's Happening

  • Congratulations to Dalton Driscoll on acceptance to present "Smartphone skin erythema imaging" at SPIE Photonics West 2026!
  • Congratulations to Luxanna Sands on her presentation at BMES 2025 on "Developments of a Fractional Cryotherapy Device for Actinic Field Cancerization"!
  • Congratulations to Dalton Driscoll for winning best presentation at the Francis College of Engineering 2025 Student Research and Community Engagement Symposium!

See Our Latest News

SPIE Photonics West
Melanin Axis
Fractionated cryotherapy template mold