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2021
The current economy is mainly based on a linear “take-produce-consume-discard model”. This non-sustainable system should undergo a transition towards a circular economy. The use of fungal mycelium materials can be part of this transition. Here, we will discuss composite fungal materials, pure fungal materials as well as materials that are derived from ...
Appels, Freek V.W., Wösten, Han A.B.
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The current economy is mainly based on a linear “take-produce-consume-discard model”. This non-sustainable system should undergo a transition towards a circular economy. The use of fungal mycelium materials can be part of this transition. Here, we will discuss composite fungal materials, pure fungal materials as well as materials that are derived from ...
Appels, Freek V.W., Wösten, Han A.B.
openaire +2 more sources
The Mycelium as an Integrated Entity
1994The morphology of a mycelium is determined by mechanisms which regulate the polarity and the direction of growth of hyphae and the frequency with which they branch. As implied by Pfennig (1984), these regulatory mechanisms make a significant contribution to the efficiency with which fungi colonise solid surfaces. Observation of a colony developing on a
Trinci, APJ, Wiebe, MG, Robson, GD
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Companion Publication of the 2019 on Designing Interactive Systems Conference 2019 Companion, 2019
We present our work with mycelium-the vegetative part of a fungus made up of fine filaments that can be grown on a substrate to take a specific form-as a sustainable and accessible biofabrication material for DIS. Over the course of one year, our interdisciplinary team experimented with growing diverse 3D forms out of mycelium. Drawing on examples from
Jennifer Weiler +3 more
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We present our work with mycelium-the vegetative part of a fungus made up of fine filaments that can be grown on a substrate to take a specific form-as a sustainable and accessible biofabrication material for DIS. Over the course of one year, our interdisciplinary team experimented with growing diverse 3D forms out of mycelium. Drawing on examples from
Jennifer Weiler +3 more
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Transport of Carbon in Fungal Mycelium
Nature, 1961INTEREST in the problem of translocation by fungi has been stimulated by Schutte's paper1, and this communication is concerned chiefly with the movement of carbon compounds through an established mycelium.
S L, THROWER, L B, THROWER
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The Mycelium of the Uredinales
American Midland Naturalist, 1942Clamp-connections have come to be regarded as characteristic structures of the Basidiomycetes although they are lacking in many species. Some years ago the Moreau's (1922) reported them as occurring in the Ascolichen, Parmelia Acetabulum, but their figures are not convincing. More recently Greis (1938) reported them in a species of Tuber.
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Transport of Phosphorus by Fungal Mycelium
Nature, 1960TRANSLOCATION of nutrients by fungal mycelium has been reported by Schutte1 and by Grossbard and Stranks2. Attempts in this Department to determine the rate of transport of phosphorus using a tracer technique have, however, indicated that the mycelium of Phycomyces nitens, Absidia glauca and Chaetomiums pp. is only able to transport phosphorus-32 under
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