Regenerative Medicine
Smart Nanobiomaterials for Regenerative Medicine
At Ecopol Tech we are committed to find new treatments for premature implant failure. We have developed ECOSTRATAR TM a technological platform that allows us to easily bioactivate all kinds of implants, prostheses and other biomaterials. In such a way we ensure a faster and more reliable implant - human tissue integration.
This proprietary platform technology allows both the controlled release of drugs on the implant surface to prevent infections, fibrosis, inflammation, etc., as well as the targeted adhesion of specific cell types (osteoblastic cells, skin cells, CNS cells, etc.).
Escalabilidad industrial
Proceso de escala industrial y reproducible
Mecanismo de liberación de fármacos controlable
Activado por el pH, redox, cambios enzimáticos en el microambiente tumoral
Direccionamientoa células tumorales
Péptidos, Químicos, Anticuerpos para una mayor acumulación tumoral
Biocompatible y biodegradable
Los polímeros utilizados se caracterizan a fondo tanto in vitro como in vivo antes de su uso.
Carga superficial modificable
Neutro, anfótero, catiónico o aniónico para un mayor tiempo de circulación en sangre
Libre de tensioactivos
Sin tensioactivos aniónicos, catiónicos o neutros para evitar inestabilidad colateral y toxicidad.
Grupos superficiales cambiantes
Superficie de nanopartículas cambiante en función del entorno biológico para evadir el sistema retículo-endotelial
Valor rentable
Las reacciones de polimerización son rápidas, cuantitativas y sin disolventes.
This new technology opens a wide range of possibilities for advanced tissue regeneration. It is not only useful for bone regeneration, it has also immediate application for skin healing processes, central nervous system degenerative diseases, etc.
Take a look at our publications.
- Rocas, P.; Hoyos-Nogués, M.; Rocas, J.; Manero, JM.; Gil J.; Albericio, F.; Mas-Moruno, C. Installing Multifunctionality on Titanium with RGD-decorated Polyurethane-Polyurea Roxithromycin Loaded Nanoparticles: Toward New Osseointegrative Therapies (Advanced Healthcare Materials, 2015, DOI: 10.1002/adhm.201500245).