AEROGELSLAB
Green and emerging technologies are identified for the processing of advanced materials aspiring to become the next-generation of biomedical products to give response to the new social demands
Applications
Regenerative medicine
Porous scaffolds to provide architectural framework reminiscent of native extracellular matrix to promote cell growth and eventual tissue regeneration
Chronic wound management
Advanced materials specifically designed for the wound treatment to enable the biological processes needed for wound healing
Oral and pulmonary delivery
Nanostructured porous carriers for oral inhalation for the treatment of pulmonary diseases and for oral administration for colorectal delivery
Processing technologies, characterization, modelling and optimization tools
Supercritical fluid technology
Versatile solvent-free technology for the processing and sterilization of biomedical-grade scaffolds and microparticles
2D- and 3D-printing
Automated processing technology of materials with advanced and personalized designs
Aerogel technology
Processing of nanostructured porous materials with tailor-made morphology and porosity
Materials characterization
Physicochemical, mechanical and biological evaluations of materials
Modelling of porous materials
Microstructural characterization of materials. Simulation of transport of fluids and solid filtration through complex porous structures
Artificial neural networks
Experimental data modelling using artificial intelligence tools by combination of Artificial Neural Networks (ANN) and fuzzy logic
our Work
AEROGELSLAB aims at contributing to the advance in the field of biomaterials science and technology through the development of advanced multi-component materials to improve the quality of life of the society.
