In the search for solutions to save our planet, the evolution goes back to the basics of the ecosystem, in this case to the kingdom of fungi. This is a very diverse group of organisms, consisting of a large number of different species that have the potential to synthesise products, produce composites from their biomass or decompose waste. An important advantage of fungi is that their composites are biodegradable or compostable, while their broad catalytic activity potentially enables the decomposition of plastics and synthetic polymers. The main role in the production of flexible fungal materials is played by micellium, a network of fungal filaments that uses organic substances to generate energy for growth. This work presents the use of fungi in various fields, from medicine and pharmacy to food industry, agriculture and ecology, as well as the production of textiles, packaging materials, cosmetic products and electronic skins. The focus is on micelle-based materials in construction, which would help us achieve the goal of low-carbon construction. The preparatory processes before construction are also mentioned. These mainly include bacteria and their biochemical reactions, which can be complemented with the fungal construction methods mentioned above. Each discovery in this field brings us closer to the commercialisation of micelle- based building materials. Due to the complexity of the subject, micellar composites are not yet commercialised. However, research is bringing us closer to the goal every day and it would not be surprising to see major changes in construction in the near future.
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