Fungal chitin yields stronger hydrogels for medical and robotic uses

Researchers at Oak Ridge National Laboratory and the University of Tennessee have created stronger hydrogels using chitin, a natural substance found in fungi.

Oleh Sama News Agency
18 Agustus 2026
Scientific illustration showing molecule structures and fungal root-like organisms above a cross-section of blue hydrogel material.
A conceptual visualization depicts how chitin derived from fungi is used to create stronger hydrogels. The illustration shows molecular structures (depicted as spheres and bonds in white, red, and blue) and fungal imagery above a hydrogel material that could be used in medical devices and robotics. (Phys.org)
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Scientists at the Department of Energy's Oak Ridge National Laboratory and the University of Tennessee, Knoxville, have developed hydrogels incorporating chitin, a naturally occurring fungal compound, that demonstrate significantly greater strength and durability than conventional versions.

The material could be applied to safer medical devices, longer-lasting protective coatings and other applications, according to researchers.

Fungal chitin yields stronger hydrogels for medical and robotic uses | Sama News Agency