The Alvarez Lab investigates why periodontal disease so often returns after apparent recovery, focusing on the long-term immune cells that persist in gingival tissues and may drive relapse.
The Cui Lab investigates the role of frequently mutated genes in cancer development, aiming to identify novel treatment strategies for head and neck cancers associated with these mutations.
The Ikonomou Lab's research program is in the areas of pluripotent stem cell biology and engineering, with emphasis on the study and in vitro derivation of foregut progenitors.
Dr. Keith Kirkwood's team of researchers investigates the cellular and molecular mechanisms that regulate inflammation, immunity, and bone remodeling in oral and craniofacial diseases.
The Kwon Lab investigates the molecular mechanisms that regulate tooth and craniofacial development to uncover the mechanisms underlying pathological craniofacial conditions.
The broad focus of the Romano Lab is the transcriptional regulatory mechanisms that govern the development and differentiation of epithelial-rich tissues, including the salivary gland.
The Ruhl Lab investigates the molecular mechanisms of how saliva mediates initial bacterial attachment to teeth, tissue, and biomaterial surfaces in the mouth.
The Tavares Lab studies how salivary gland epithelial cells communicate with immune and stromal cells, seeking to understand how disruptions lead to salivary gland dysfunction and Sjögren’s-like disease.