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Image: Schematic illustration of hydration lubrication. The green mesh represents the potato protein-based protofilaments (PoPF) partially coated by orange-coloured filaments connected to each other representing the xanthan-based hydrogels (XGH) where the naked part of PoPF (i.e., uncoated by XGH) interacts with the tribo-contact surfaces shown as grey-coloured ball and the rectangular slab. The hydration lubrication mechanism is shown schematically by the transparent water-like spheres attached to the XGH. Credit: University of Leeds
Plant proteins could be radical alternative to oil-based super lubricants NewsPlant Science

Plant proteins could be radical alternative to oil-based super lubricants

Researchers have developed an eco-friendly super-lubricant from potato proteins, achieving near-zero friction by mimicking natural joint lubrication. This plant-based material offers a sustainable alternative to oil-based lubricants, with potential applications in biomedical fields, such as artificial joint fluids, and in…
Isabel
07/10/2024