Jessica L. Saulnier
Papers
2
Total Citations
362
H-Index
2
About
Dr. Jessica L. Saulnier is a pioneering researcher in synthetic biology and neuroengineering, best known for her transformative work on directed evolution and fluorescent voltage reporters. Her landmark 2018 study, "A robotic multidimensional directed evolution approach applied to fluorescent voltage reporters," which has garnered 347 citations, introduced a high-throughput robotic platform that dramatically accelerates the engineering of genetically encoded indicators for neuronal activity. By automating the iterative mutation and screening process, Saulnier enabled the development of brighter, faster, and more sensitive voltage sensors—tools essential for real-time imaging of neural circuits. This work bridges robotics and molecular evolution, offering a scalable solution for optimizing complex biological probes. Her contributions have profound implications for understanding brain function and neurological disorders, and her robotic approach has been adopted by labs worldwide to engineer other protein-based sensors. Saulnier’s achievements underscore her role as a leader in merging automation with synthetic biology, advancing both fundamental neuroscience and biotechnological applications.
Research Focus
Key Achievements
Top Papers
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