Yinqing Li

Papers

Total Citations

291

H-Index

About

Yinqing Li is a pioneering researcher at the intersection of bioengineering, optogenetics, and tissue engineering. His most influential work centers on the development of optically controlled, three-dimensional skeletal muscle bioactuators—a breakthrough that merges genetic engineering with tissue fabrication. In his landmark 2012 study, cited over 290 times, Li demonstrated the first formation of densely arrayed skeletal myotubes that could be activated individually and as a group using precise, spatiotemporal optical stimulation. By genetically encoding myoblasts with Channelrhodopsin-2, a light-activated cation channel, he enabled non-invasive, high-resolution control over muscle contraction. This work not only advanced the field of biohybrid actuators but also provided a powerful platform for studying muscle physiology and developing soft robotics. Li’s contributions have had a lasting impact on optogenetic tissue engineering, inspiring subsequent research in neuromuscular interfaces and regenerative medicine. His ability to integrate molecular tools with 3D tissue constructs marks him as a key innovator in building functional, light-responsive biological machines.