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Meeting 2027 TMS Annual Meeting & Exhibition
Symposium Biosustainable Materials for a Circular Economy
Presentation Title Employing Fungi for Biosustainable Myco-materials
Author(s) Steven E. Naleway, Atul Agrawal, Jim Gallagher, Jessica Redmond, Ihsan Elnunu
On-Site Speaker (Planned) Steven E. Naleway
Abstract Scope There has been a recent explosion of interest in fungi and fungi-based materials for a variety of applications including environmentally-friendly structural and packaging materials, textile and leather alternatives, biomedical materials, and next-generation filtration media, to name a few. Despite this economic potential, and the incredible wealth of research into the biomechanics of other biological tissues originating from the animal and plant kingdoms, the biomechanics of the materials from Kingdom Fungi has been largely unstudied. This is surprising as fungi are found thriving in all biomes. This presentation will discuss our novel research into the biomechanical behavior of fungi when they face physiologically relevant conditions and the potential bioinspired applications of these insights for future sustainable materials.
Proceedings Inclusion? Undecided
Keywords Biomaterials, Environmental Effects, Sustainability

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

Bio-Derived, Biodegradable Plastics from PHAs and Tulipalin A: Toward Circular Economy Materials with Biomedical and Sustainable Applications
Bioinspired Design and Manufacturing of Cell Wall Inspired Structure
BIOSUSTAINABLE VEGETABLE BASED CONSTRUCION MATERIALS
Diatoms as a Source of Multi-Functional High-Performance Materials with Unique Structures
Employing Fungi for Biosustainable Myco-materials
Engineering recombinant spider silk proteins: from research to applications
From Biomass to Architecture: Engineering Carbon Performance through Origami-Inspired Design
Naturally reinforced: Process-property relationships of silica-reinforced fungal structures

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