The convergence of fashion, materials science, and biotechnology has enabled the development of mycelium wearables as prospective living, bioactive materials with self‐healing abilities and environmental responsiveness. Unlike static fungal‐based materials lacking dynamic functionality, advanced mycelium composites integrate biological communication, enabling adaptive deployment and biofabrication. While foundational production processes and material properties of current mycelium‐based textiles are reviewed, this paper also critically evaluates the emerging concept of living mycelium wearables. We dedicate a central section to the prospective advanced functionalities of autonomous self‐healing, intrinsic bioactivity, and integrated fungal bioelectronics. By synthesizing the latest research, we provide a roadmap for transitioning from static leather substitutes to dynamic, adaptive biological systems for human–environment interaction.
Karunarathna et al. (Sun,) studied this question.