The clinical translation of tissue engineering (TE) is critically hampered by the absence of real-time, non-invasive monitoring throughout the entire lifecycle of tissue fabrication and repair. Current reliance on end-point assessments obscures dynamic biological events, making early detection of deviations and failure...
Xing Liu, Yi-Tao Zhou, Cui Wang et al.· Bioactive Materials· 0 citations
The failure of meniscal implants often stems from their inability to replicate the dynamic mechanical adaptability of the native tissue, leading to stress imbalances and irreversible joint degeneration. Current scaffolds, designed for static structural mimicry, fail to reproduce the crucial “compression‐to‐tension” c...
Wan Li, Mo-Ran Huang, Dong-Sen Jia et al.· BMEMat· 0 citations
Predictive, multiobjective materials design is identified as the AI domain most critical for GI nanobioadhesives because adhesion, hemostasis, degradation, biosafety, and healing must be optimized simultaneously.
