Jingying Li
Papers
2
Total Citations
154
H-Index
2
About
Jingying Li is a pioneering researcher at the intersection of synthetic biology, DNA nanotechnology, and cellular engineering. Her most impactful work centers on developing nongenetic approaches to program cellular behavior, particularly through logic-gate-actuated DNA-controlled receptor assembly. In her landmark 2019 study, Li introduced a novel strategy for the programmable modulation of cellular signal transduction, enabling cells to sense multiple molecular inputs and activate downstream signaling cascades without relying on traditional genetic circuits. This work has garnered over 124 citations, reflecting its significance in offering a generic, nongenetic platform for controlling cell function. By harnessing the predictability of DNA hybridization and logic gate design, Li’s approach allows for precise, user-defined control over receptor assembly and signaling dynamics—a major advance over conventional synthetic biology tools. Her contributions open new avenues for therapeutic cell engineering, biosensing, and fundamental studies of signal transduction. Li’s research is notable for bridging materials science and cell biology, providing a versatile toolkit that could transform how we engineer cells for biomedical applications.
Research Focus
Key Achievements
Top Papers
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