The May lab aims to define causative mechanisms of numerous diseases through defining alterations in the structure and function of epithelial organs. We have a particular interest in delineating the molecular basis of exocrine gland development and remodeling in the upper airway, including the nose, sinuses and proximal trachea, and understanding how glandular systems contribute to disease outcomes.
Defining cell identities and lineage dynamics of airway exocrine organs
Using a developmental biology and single cell multi-omics approach, we are defining (1) cell identities, (2) lineage relationships and (3) cell-to-cell interactions required for healthy gland establishment and maintenance. Our work aims to give critical insight into gene regulatory networks that drive these processes which will provide us with a framework to understand gland remodeling processes in disease states.
Determining genetic regulators of stem cell maintenance and cellular differentiation in epithelial organs
Employing in vitro and in vivo techniques combined with high resolution imaging, 3D rendering and RNA-sequencing, we are characterizing genetic regulators and signaling pathways required for stem cell maintenance, cell differentiation, and establishment of organized tissue architecture.
Identifying signatures of epithelial remodeling
Epithelial remodeling and defective organ function contributes at large to hyper- and hypo-secretory diseases, yet how alterations in tissue architecture occur remains to be determined. Our lab aims to identify organ morphologies, cellular identities and stem cell behaviors that give rise to disease etiology, particularly anomalies of the upper airway.
Join Our Team
We are hiring at all levels. If you are interested in a lab management, graduate student or postdoctoral research position, please contact us or apply below!