|
Título del Proyecto |
Coordinador |
|
OSTEOSILK |
Rick Visser |
|
Novel biomaterials to promote bone repair |
José Becerra |
|
Engineered cranial sutures for the clinical management of craniosynostosis |
José Becerra |
|
Characterization and resistance to microbial colonization of biodegradable magnesium based material |
Mª Luisa González |
|
Development of functional scaffolds for bone defects |
Ramón Martínez Máñez |
|
Development of gated bioglass and 3D scaffolds |
Ramón Martínez Máñez |
|
In vitro study of osteogenic differentiation mediated by electromechanical stimulation at porous films coated with elastine-like recombinamers, ELRs. |
Mercedes Santos García |
|
Osteoarticular regeneration by bioprinting |
Luis Rodríguez-Lorenzo |
|
NIR-responsive scaffolds for biomedical applications |
Nuria Vilaboa |
|
In vitro electromechanical stimulation of mesenchymal stem cells for osteogenic, chondrogenic or myogenic differentiation |
Gloria Gallego |
|
Hybrid ELR-Fibrin elastic xenografts for damaged and wounded skin regeneration |
Israel González de Torre |
|
Organ on a chip platform for disease modelling |
Josep Samitier |
|
Tailored nanopatterning scaffolds for musculoskeletal tissue regeneration |
Josep Samitier |
|
3D scaffolds and dynamic molecular bio-interfaces for controlled environments towards vascular morphogenesis |
Imma Ratera |
|
Heart-on-chip: mechano-electro maturation of iPSC and modeling of hypertrophy cardiomyopathy |
Rosa Villa |
|
Investigating epicardial physical properties and its changes during zebrafish heart regeneration |
Ángel Raya |
|
Investigation of the basic capacity of intrinsic regeneration of zebrafish cardiomiocyte using a bioreactor |
Ángel Raya |
|
Engineering of elastin-like recombinamer-based bioactive hydrogels for controlled delivery of lactate to improve the regeneration potential of cardiomyocytes |
Arturo Ibáñez |
|
Mimicking hepatic zonation in a microfluidic liver-on-a-chip |
Gemma Gabriel |
