Researchers at the Technical University of Munich (TUM) have developed hollow microspheres made of mucus and polydopamine using a simple and scalable production method. These tiny spheres are intended to serve as packaging for therapeutic substances, for example in joints or on the oral mucosa. Their properties and mode of action can be adjusted by the choice of materials and are also influenced by the surrounding biological environment.



Summary

TUM researchers have created hollow microspheres of mucus and polydopamine for targeted drug delivery. Their easily scalable method produces spheres that can encapsulate therapeutic substances for applications in areas like joints or the oral mucosa. By carefully selecting materials, scientists can fine-tune the spheres’ properties and how they interact within the biological environment. These customizable microspheres offer a promising approach for localized and controlled drug release.

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