01671nmm a22003257a 4500003000900000005001700009008004100026022001400067040002800081245005300109260003000162300001400192500006800206501019900274520054800473653001801021653001601039653002201055653003101077653003001108700002101138700001701159700002401176700002101200700002001221700002201241856005201263942001501315999001501330ES-BaAUN20221229225602.0221102| ||||go||d|||||| |||| 00| 0 eng d  a2575-5374  aES-BaAUNbengcES-BaAUN10aMycoKnitbLightweight and Biodegradable Material3 burbanNextcMarch 28, 2022  a400 words  aDesigning Matter, Essay, No Density, Technology and fabrication  aBiodegradable, Biomaterial, Designing Matter, Essay, Experimental Fabrications, Flexibility, Lightweight Materials, Natural materials, Organic life, Research, Sustainable infrastructure, Textile  aMycelium is the vegetative root of fungi by which fungi absorb nutrients from organic matter and bind them. The treatment of mycelium results in a foam-like composite material that is lightweight and biodegradable, called mycelium-based composites. The material properties of this composite material depend on various factors, such asthe substrate mixture, the fungal species used for inoculation, and the environmental conditions of growth. By modifying these factors, it is possible to obtain graded materials that have different properties.00aBiodegradable00aBiomaterial00aNatural materials00aSustainable infrastructure05aExperimental Fabrications  aGhazvinian, Ali   aWest, Andre   aOghazian, Farzaneh   aGürsoy, Benay   aDavis, Felecia   aPecchia, John A. 40uhttps://urbannext.net/mycoknit/zAccess to info  2ddccCFn0  c1182d1182