Objective
Biomaterials and drug delivery systems are complex composite systems, often made by applying organic solvents and additives, which have well-known disadvantages like toxicity and flammability. Furthermore, with increasing materials complexity and size red uction to nanoscale, classical solvent approaches are destructive because the used liquids destroy the functional surfaces they are helping to create, due to viscosity and surface tension. Technology based on supercritical carbon dioxide (SCCO2) is an a lternative to overcome the problems associated with the use of traditional solvents. SCCO2 is a non-destructive solvent adequate to manipulate complex functional materials and nanostructures. Furthermore, the technology allows obtaining end-products free of residual solvents. SCCO2 technology is proposed here for the production of a great range of knowledge-based multifunctional materials with better control of surface properties and purity, and for the industrial - high-rate, high-volume - fabrication of surface hybridized or composite materials. The project is centered in pharmaceuticals (drug delivery and targeting with biomacromolecules), biomedical (tissue engineering) and cosmetics (ointmers) products prepared using this technology. Moreover, tech nology transfer to the plastics and fillers industries is addressed.
Fields of science
Topic(s)
Call for proposal
FP6-2003-NMP-TI-3-MAIN
See other projects for this call
Funding Scheme
STREP - Specific Targeted Research Project
Coordinator
Madrid
Spain
See on map
Participants (10)
Nijmegen
See on map
Paris
See on map
Nijmegen
See on map
Weesp
See on map
Zamudio
See on map
London
See on map
Palau-solit I Plegamans. Barcelona
See on map
Bellaterra
See on map
Riga
See on map
Barcelona
See on map