Yixuan Shang

Papers

Total Citations

127

H-Index

About

Dr. Yixuan Shang is a pioneering researcher at the intersection of biomaterials and biohybrid systems, whose work has fundamentally advanced the design of living-material interfaces. Her most celebrated contribution, the 2018 paper "Cardiomyocyte-Driven Structural Color Actuation in Anisotropic Inverse Opals" (127 citations), introduced a groundbreaking biohybrid actuator that integrates living cardiomyocyte tissues with engineered photonic crystals. This work demonstrated how biological cells could not only power mechanical motion but simultaneously generate dynamic, tunable structural color changes—a feat that bridges soft robotics, tissue engineering, and optical sensing. By harnessing the rhythmic contractions of heart cells within anisotropic inverse opal scaffolds, Shang created a self-driven system that responds to bioelectrical signals, offering a transformative platform for next-generation biosensors and adaptive materials. Her research sits at the nexus of materials chemistry, cell biology, and photonics, with implications for drug screening, cardiac tissue models, and autonomous microdevices. With her work cited by labs worldwide, Shang is recognized for redefining what biohybrid actuators can achieve, merging living intelligence with synthetic precision to create materials that sense, move, and communicate.