Iverson’s research focuses on the use of carbon nanotube sensors to determine extracellular and intercellular signaling associated with quiescent and diseased cells. Current research is focused on the delivery of carbon nanotube sensors for long-term detection of reactive nitrogen species.
What We Do
Our research integrates nanotechnology and cellular biology to develop advanced tools for understanding cell behavior in both healthy and diseased states. We focus on designing and applying singled walled carbon nanotube–based sensors capable of detecting extracellular and intercellular signaling processes with exceptional sensitivity.
Currently, our work emphasizes the delivery and long-term monitoring of these nanosensors to track reactive nitrogen species (RNS) and hydrogen peroxide within complex biological environments. By achieving stable, real-time detection of molecular activity in living systems, our goal is to uncover new insights into how cells communicate, respond to stress, and transition between quiescent and disease-associated states — paving the way for innovative diagnostic and therapeutic strategies.
Openings
There are no current positions available. Check-in later for Spring or Fall 2026