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About

Luoran Shang is a pioneer at the intersection of bioinspired materials and biomedical engineering, whose work redefines how living and nonliving systems can be integrated. Her research centers on smart hydrogels, living materials, and soft actuators, with a focus on creating dynamic, responsive systems for healthcare and robotics. Shang’s most celebrated contribution is her 2018 paper on “Bioinspired living structural color hydrogels,” which has garnered 577 citations. This work, inspired by butterfly wings, introduced a novel strategy for embedding color-sensing feedback into biohybrid robots and led to the development of a “heart-on-a-chip” platform—a breakthrough for drug testing and disease modeling. She has also advanced smart film actuators for biomedical applications (46 citations) and authored a seminal account on living materials for life healthcare (45 citations), highlighting their potential in regenerative medicine. Her recent work on contact-destructive hydrogel actuators (2024) and smart ingestible devices further showcases her versatility. Shang’s research, with over 700 total citations, is shaping the future of adaptive materials and biohybrid systems, making her a leading voice in next-generation biomedical innovation.