prof dr hab Rafał Wiglusz
Research group description
The research group focuses its activities on the design, synthesis, and characterization of advanced biomaterials based on nanocrystalline apatite‑structured compounds, modified with various ions and molecules, including biologically active ones. As part of its work, the team analyzes the luminescent response of doped nanomaterials to external stimuli, which enables the development of fluorescence‑based methods for detecting selected analytes, as well as the design of bioactive materials that can simultaneously function as sensors in biological environments.
The group’s interdisciplinary research encompasses both materials engineering and biomedical applications in tissue regeneration, with particular emphasis on theranostic solutions.
Main research areas
Apatite-based Nanomaterials with Theranostic Properties
Our team develops nanoscale biomaterials based on apatites doped with rare‑earth ions, biologically active ions, and alkaline earth metal ions. These materials are often combined with drugs supporting the regeneration of bone or nervous tissue. The resulting composites exhibit simultaneous therapeutic and diagnostic functionalities, making them highly attractive for theranostic applications, including monitoring of healing and regeneration processes.
Polymer Biomaterials and Hydrogels
The group also develops biomaterials such as hydrogels and biodegradable polymers intended for applications in wound healing, controlled drug release, and tissue regeneration. The research involves designing the structures and analyzing their physical, mechanical, and biological (including microbiological) properties.
Currently, this research direction is being continued and further developed in collaboration with dental clinics, opening pathways toward applications in regenerative medicine.