The Morawski Lab studies how adaptive immune responses interact with structural cells during human inflammatory and autoimmune diseases of the skin and other barrier tissues.
Much of this work examines the reciprocal interactions between immune and structural cells in the skin, including how T cells shape fibroblast cell states and how signals from the tissue, in turn, influence immune function. Lab members integrate human tissue analysis with cellular and molecular approaches, including in situ imaging, organotypic culture, and gene editing, to dissect these interactions.
A major goal is to understand the immune-stromal networks that maintain tissue homeostasis and how these networks become dysregulated in systemic diseases such as scleroderma and lupus.
Peter Morawski, PhD
Past Lab Members
Anastasia Costanza
Summer Intern
2023
Current Affiliation: Columbia City Veterinary Hospital
Thomas Pulliam, MD, PhD
Visiting Scientist
2025
Current Affiliation: Resident, Johns Hopkins University
Casey Stiles
Summer Intern
2024
Current Affiliation: Chemical Engineering Graduate Student, University of Wisconsin — Madison
Research Projects
T Cell Regulation of Structural Cells in Scleroderma
The Morawski Lab investigates how T cells influence fibroblast function in the skin and how disruptions in these interactions contribute to scleroderma.
Early Fibroblast Dysregulation in Scleroderma
The Morawski Lab investigates how fibroblast dysfunction may begin in scleroderma and what drives these cells from early dysregulation to fibrosis.