Yuanjie Ma
Papers
1
Total Citations
4
H-Index
1
About
Yuanjie Ma is a rising leader in the field of intelligent nanozymes and biomimetic catalysis, with a focus on designing adaptive, switchable biosensing platforms. Their most-cited work introduces a graphitic C₆N₆-supported dual Cu/Zn single-atom nanozyme that mimics allosteric regulation—a breakthrough that enables reversible, self-adaptable catalytic activity for intelligent switching biosensing. This innovation addresses a critical challenge in artificial chemical noses and robotics: achieving catalysts with dynamically tunable functions without mismatched valence states. With 4 citations already for this 2025 paper, Ma’s research is gaining rapid traction for its potential in smart diagnostics and responsive materials. By bridging single-atom catalysis with bioinspired allostery, Ma is pioneering a new paradigm for next-generation sensing systems that can adapt in real-time—a key step toward truly autonomous chemical intelligence. Their work promises to reshape how we design catalysts for environmental monitoring, healthcare, and soft robotics.
Research Focus
Key Achievements
Top Papers
- 1