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Daniel Edelhoff

Researcher at Ludwig Maximilian University of Munich

Publications -  178
Citations -  8050

Daniel Edelhoff is an academic researcher from Ludwig Maximilian University of Munich. The author has contributed to research in topics: Medicine & Dental prosthesis. The author has an hindex of 39, co-authored 153 publications receiving 6490 citations. Previous affiliations of Daniel Edelhoff include RWTH Aachen University.

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Vorbehandlung komplexer Fälle in der festsitzenden Prothetik

TL;DR: Durch die Verfügbarkeit moderner Fertigungstechnologien und innovativer Restaurationsmaterialien wie so genannter Hochleistungspolymere kann heute eine erhebliche Ausdehnung der Vorbehandlungsphase zur Erarbeitung funktioneller and ästhetischer Gesichtspunkte umgesetzt werden.
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Bending moment of implants restored with CAD/CAM polymer-based restoration materials with or without a titanium base before and after artificial aging.

TL;DR: In this paper , a total of 192 tissue-level implants (TRI Dental Implants) differing in the presence (TiB, Octa line, n = 96) or absence (NTiB, Matrix line,n = 96), of a titanium base were restored with mandibular right first molar crowns manufactured from composite (CC), polymer-infiltrated ceramic (VE), PMMA (PM) and a 3D printed resin (ND) (n = 24).
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Atraumatic intraoral scans and virtual hybrid casts for custom implant abutments and zirconia implants: Accuracy of the workflow.

TL;DR: In this article, a mandibular right first molar in a typodont was replaced with a 2-piece titanium implant with a custom abutment and then a 1-piece zirconia implant.
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Effect of adhesive systems, direct resin composites and artificial aging on tensile bond strength between different resin composites and human dentin

TL;DR: The combination of flowable resin composites and multi-step adhesives is recommended because the high number of cohesive fractures in the flowable groups underlines the strong adhesion offlowable resin Composites to dentin.
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Oral features and computerized rehabilitation of a young patient with CHARGE syndrome using minimally invasive long-term interim CAD-CAM restorations

TL;DR: CAD-CAM polymers offer an intermediate treatment with satisfying esthetics and function at low biological cost until bone growth is completed, which facilitates additional planning for the definitive restoration.