Three complementary fronts united by the same purpose: sustainable materials that improve life and the environment.
We develop natural and synthetic biomaterials that interact safely and efficiently with biological systems. We study the preparation, modification and characterization of materials for tissue engineering, bone and skin regeneration, controlled release of therapeutic agents and biomedical devices. Combining materials science, nanotechnology and biotechnology, we seek solutions to current challenges in regenerative medicine.
We develop advanced catalytic and photocatalytic materials that make chemical reactions more efficient and sustainable. We work on the synthesis and engineering of semiconductors, metal oxides and nanomaterials for environmental, energy and industrial applications, focusing on contaminant degradation, generation of reactive species and chemical conversion, always in line with the principles of green chemistry.
We investigate materials with antimicrobial properties for biomedical, environmental and industrial applications. Using nanomaterials, photocatalytic systems and functional biomaterials, we seek to prevent infections, control biofilms and reduce the spread of pathogenic microorganisms, with potential for smart surfaces, advanced wound dressings, biomedical devices and environmental treatment.
A selection of recent work, two from each research line.