Research, development and technology transfer of calcium phosphate scaffolds for bone regeneration. Two product lines: - 3D printed personalized (patient-specific) biomimetic calcium phosphate bone grafts.- Injectable interconnected macroporous biomimetic calcium phosphate emulsions (foams) for minimally invasive bone grafting procedures.

2D FUNCTIONALIZED FILMS AND 3D DIRECT PRINTED PATTERNED PLLA STENTS FOR CARDIOVASCULAR APPLICATIONS2D study:Characterization of HUVEC cells behavior on morphological and physicochemical modified poly-L-lactic acid (PLLA) film surfaces. Through a cell migration assay in order to determine the patterned surface influence and a cell proliferation assay as in to observe the influence of the peptides on the cell proliferation rate.3D study:Development of a new PLLA coronary stent fabrication method based on a direct 3D Printing robocasting technique. Characterization of the produced PLLA ink by determining its rheological curve and the solvent evaporation rate curve. And characterization of the obtained PLLA stent by determining the surface morphology (SEM), the degree of crystallinity (DSC), its compression radial strength and its biocompatibility (indirect cytotoxicity test).