Research
Inspired by the high functionality of small peptides, particularly within polymeric materials, and the impact of stereochemistry on material properties, we are developing peptide-polymer composites to interact productively with biological systems and respond to environmental cues. Our main research directions include:
Deciphering the role of stereochemistry-driven interactions in tunable (bio)materials
Tailoring peptides for treatment of infectious diseases, cardiovascular conditions, and amyotrophic lateral sclerosis (ALS)
Programming material degradation for controlled release of therapeutics and manufacturing porous materials