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About

Dr. Daniel Levner is a pioneering figure at the intersection of synthetic biology and microphysiological systems, whose work has fundamentally advanced the automation and integration of organ-on-chip technologies. He is best known for two landmark contributions. First, he developed the "Interrogator," a robotic platform that enables automated fluidic coupling, culture, and real-time imaging of multiple vascularized organ chips, a breakthrough described in his highly cited 2020 *Nature Biomedical Engineering* paper (401 citations). This work directly enables the vision of "body-on-chips" experimentation, allowing for the study of multi-organ interactions and systemic drug responses. Second, in a seminal 2014 *Nature* paper (374 citations), Levner demonstrated the first instance of universal computing by DNA origami robots in a living animal, a foundational achievement in molecular computation and nanorobotics. His 2019 *Lab on a Chip* paper further detailed the robotic platform’s capacity for fluidically-linked human organ chip experimentation. With over 780 citations across his most influential works, Dr. Levner’s research is defining the future of automated, high-throughput human biology modeling and intelligent molecular machines.