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Mechanism-based characterization and modeling of permanent and bioresorbable implants with tailored functionality based on innovative in vivo, in vitro and in silico methods
Aim of the DFG research unit 5250 will be the development and validation of an integrated solution for the manufacturing, characterization and simulation-based design of additively manufactured implants in maxillofacial surgery, taking into account physiological conditions of the individual bone situation.
Funding: German Research Foundation (DFG), DFG-No. 449916462
News
Fourth plenary meeting of the DFG Research Unit 5250 about permanent and bioresorbable implants
Patient-specific, additively manufactured implants with customized functionality for dentistry and orthodontology.

Member of the steering group in the new "Biohybrid.NRW" lighthouse
Prof. Walther is a member of the steering group in the new lighthouse "Biohybrid.NRW" of innovative medicine in NRW

Second Training of the DFG Research Unit 5250
Second training course of DFG Research Unit 5250 in Hannover

Third plenary meeting of the DFG Research Unit 5250 in Hannover
Patient-specific, additively manufactured implants with customized functionality for dentistry and orthodontology.

The FOR 5250 presents itself
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