High precision 3D printing for temporomandibular regeneration using Origami self- assembling 4D approach (TMJ-ORIGAMI)Research Project | 01.02.2024 - 28.02.2025 Imported from Grants Tool 4701470FundingHigh precision 3D printing for temporomandibular regeneration using Origami self- assembling 4D approach (TMJ-ORIGAMI)NCCR Projekt Leading House andere Hochschulen (GrantsTool), 02.2024-02.2025 (13) PI : Basoli, Valentina.Members (1)Valentina BasoliPrincipal InvestigatorResearch Groups Swiss MAM – Medical Additive Manufacturing
High precision 3D printing for temporomandibular regeneration using Origami self- assembling 4D approach (TMJ-ORIGAMI)Research Project | 01.02.2024 - 28.02.2025
FundingHigh precision 3D printing for temporomandibular regeneration using Origami self- assembling 4D approach (TMJ-ORIGAMI)NCCR Projekt Leading House andere Hochschulen (GrantsTool), 02.2024-02.2025 (13) PI : Basoli, Valentina.
High precision 3D printing for temporomandibular regeneration using Origami self- assembling 4D approach (TMJ-ORIGAMI)NCCR Projekt Leading House andere Hochschulen (GrantsTool), 02.2024-02.2025 (13) PI : Basoli, Valentina.