Unleashing the potential of white-rot fungi mycelium for functional biomaterials development

In order to create biomaterials, this review investigates the extraordinary potential of white rot fungi (WRF) as natural engineering with the special ability to break down complex organic molecules, such as lignocellulosic biomass, WRF, in particular, have enzymes that are capable of breaking down lignin. By taking advantage of this capacity, mycelium-based biomaterials provide a sustainable substitute for traditional materials made from fossil fuels, assisting in the decrease of carbon emissions and the ameliorsation of environmental deterioration. Additionally, the discussion highlights the prospective uses of mycelium-based biomaterials including pure mycelium material and mycelium-based composite incorporating across various sectors for diverse applications, such as packaging, bio-leather, biobandages for wound healing, construction and mycoelectronics, with a focus on their biocompatibility, adaptability, and large-scale manufacturing potential through the explanation of the mutually beneficial interaction of WRF mycelium and biomaterial development, this paper highlights the critical role of WRF mycelium that plays in promoting long-term solutions related to environmental issues. Moreover, the biomaterials obtained from WRF has the potential to alter material science and advance the circular economy paradigm, which turns waste into useful resources and promotes a more sustainable and environmentally friendly future.