Double study on MTS 858 Minibionix . Development of a gripping system cooled with liquid nitrogen on samples of tendons and quantification of the effect of decellularization on their tensile biomechanical properties. Measurement of static and fatigue strength of dental implants with Rely X resin base and two types of shapes and materials: first an implant with crown in Lava Ultimate and then an implant with crown ia Lava Ultimate and abutment in Zirconia

Experimental evaluation of the structural properties of innovative biomaterials

Cavazzano, Giacomo
2013/2014

Abstract

Double study on MTS 858 Minibionix . Development of a gripping system cooled with liquid nitrogen on samples of tendons and quantification of the effect of decellularization on their tensile biomechanical properties. Measurement of static and fatigue strength of dental implants with Rely X resin base and two types of shapes and materials: first an implant with crown in Lava Ultimate and then an implant with crown ia Lava Ultimate and abutment in Zirconia
Scuola di Ingegneria
2013-12-12
biomaterial, nitrogen, scaffold, decellularization, Lava, Zirconia, MTS 848, Minibionix
Petrone, Nicola
Lauree magistrali
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/17985