A group of scientists recently discovered a new type of nanobelt composed of manganese oxide (MnO x ) that contains a large number of defects. This nanobelt is particularly interesting due to its ability to interact with glutathione, a naturally occurring peptide that has shown promise in a variety of medical applications.

The MnO x nanobelt was created by placing manganese oxide nanorods in an aqueous solution of glutathione. The scientists found that the nanorods quickly formed into a nanobelt with a high density of defects. This nanobelt was then tested for its ability to interact with glutathione and it was found to be highly reactive, with a binding affinity similar to that of other glutathione-binding nanomaterials.

This discovery has exciting implications for the development of new materials for medical applications. The ability of these MnO x nanobelts to interact with glutathione could potentially be used to develop new treatments for diseases, such as cancer. Further research will be necessary to uncover the full potential of this new nanobelt.

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source: Phys.org