Postdoctoral Associate
Jon earned his PhD at the University of Missouri Kansas City. His research focused on the zebrafish lateral line mechanosensory system, a model critical for studying collective cell migration, proliferation, and differentiation. His recent work investigated the role of foxg1a, a transcription factor essential for hair cell development and regeneration, contributing valuable insights into regenerative medicine and sensory system repair. Jon’s work has been recognized with multiple honors, including travel awards from the Society for Developmental Biology and the International Zebrafish Society. In 2024, Jon joined the Nicoli Lab, where his research interests expanded to understanding how tissues develop different stress response potentials. He is particularly focused on uncovering RNA-based mechanisms that protect embryos from adverse environmental conditions, advancing our knowledge of developmental resilience and adaptive responses.