Researchers at EMPA have developed a groundbreaking living biodegradable material derived from fungi, particularly the split-gill mushroom. This mycelium-based material decomposes organic waste and has applications in electronics, such as sensors and batteries due to its moisture-reactive properties. The study utilizes the entire living mycelium, incorporating its natural extracellular matrix of proteins and fibers. Key components, schizophyllan and hydrophobin, enhance the material's strength, flexibility, and adaptability. Early lab tests show promise for creating both plastic-like films and emulsions, underscoring its potential as an environmentally friendly alternative to traditional plastics and waste management solutions.
The researchers at EMPA have created a living biodegradable material from fungi, offering significant potential to decompose organic waste and even produce electronics.
Using the split-gill mushroom mycelium, the study showcases its unique properties that allow for the development of strong fibers and effective biodegradable products.
The application of the living biodegradable material includes creating plastic-like films and emulsions, demonstrating its adaptability and capacity for self-producing molecules during testing.
This innovative approach harnesses the natural features of mycelium, advancing sustainable practices by transforming biodegradable materials into valuable replacements for conventional plastics.
Collection
[
|
...
]