Biomaterials are materials made from or with biological sources, including mycelium-based materials. They matter as manufacturers seek alternatives to conventional materials with lower environmental impacts and potential for more circular production.
Bacterial cellulose is a form of cellulose produced by bacteria, often as a network of fibers or a gel-like membrane.
Materials derived from biological sources that replace microplastics in products or processes.
Bio-inspired nanocomposites and scaffolds are nanoscale composite materials or porous structures designed to mimic biological materials, architectures, or processes.
Medical devices placed in the body that gradually break down and are absorbed or resorbed by the body.
Chitosan materials are materials made from chitosan, a deacetylated form of the naturally occurring polymer chitin.
Conductive biomaterials are biological or bio-derived materials engineered to conduct electrical current or support electrical activity.
Decellularized tissue matrix is tissue-derived extracellular material processed to remove cells while retaining some of the matrix structure and biological components.
Hydrogels for tissue engineering are water-swollen polymer networks designed to support the growth, organization, or repair of cells and tissues.
Mycelium biomaterials are materials made from fungal root-like networks, often grown into forms for use in products such as composites, leather alternatives, and packaging.
Peptide hydrogels are water-swollen networks formed from peptides, often through peptide self-assembly.
Grafts made from silk-derived materials, such as silk fibroin, for replacing or repairing blood vessels and other tissues.
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