The project contributes significantly to advancing knowledge in the field of biomimetic materials and controlled delivery systems for bioactive compounds through:
Developing a new hydrogel concept based on natural mucilages (quince seed mucilage), structurally enhanced with β-glucans extracted from brewer’s spent grain and a kefiran-type polysaccharide matrix.
Innovative integration of bioactive compounds with antimicrobial activity (Achillea millefolium and Hypericum perforatum) into the hydrogel network, contributing to a deeper understanding of biopolymer functionalization mechanisms.
Generating new knowledge on the physical, structural, and functional characteristics of natural hydrogels, including stimuli-responsive behavior, loading and release capacity for bioactive agents, and performance in 3D skin models (EpiDerm).
Methodological advances in extraction, purification, and characterization techniques for β-glucans and essential oils.
Strengthening the research team’s expertise in advanced biomaterials, cell culture (HaCaT), and the evaluation of re-epithelialization and angiogenesis processes.