Dr Marcus Seiler
MSc Periodontology, MSc Implantology
Academic & professional appointments
Dr Seiler completed his studies in dentistry and medicine in 1991. After spending years abroad including going to the New York University, he set up his own practices in Germany.
- 2005-2007 MSc in Oral Implantology
- 2006-2008 developed Yxoss CBR®technology for the regeneration of bone defects
- 2009 foundation of ReOss® GmbH in Filderstadt, Germany
- 2016-2017 MSc in Periodontology
- International speaker
- Author of multiple publications in the field of dental implantology and oral surgery
- CEO of ReOss GmbH and Medical Advisor
Scientific publications
References to Dr Seiler’s publications
- Customized Titanium Lattice Structure in Three-Dimensional Alveolar Defect: An Initial Case Letter, Marcus Seiler, Peer W. Kämmerer, Michael Peetz, Amely G. Hartmann, Journal of Oral Implantology, Vol. XLIV/No. Three/2018, 219-224
- Individualized CAD/CAM-produced titanium scaffolds for alveolar bone augmentation: A retrospective analysis of dehiscence events in relation to demographic and surgical parameters (en), Marcus Seiler, Michael Peetz, Amely Hartmann & Radoslaw Witkowski, Journal of Oral Science & Rehabilitation, 1/2018, S. 38-46
- CAD/CAM Lösung für die Augmentation mit CAD/CAM-gefertigtem Titangitter in der Unterkieferfront, M. Seiler et al., J. Cont. Dent. Education, 2016, 1, 2-9
- Augmentation with a CAD/CAM Titanium Mesh in the Anterior Mandible, M. Seiler et al., Clinical Science 1, 2016, S. 2-9
- Die Quadratur des Kreises, Dr. Marcus Seiler, EDI Journal 02/2016 und PIP 04/2016
- Customized Bone Regeneration with a Digitally Produced Laser Sintered Titanium Frame, Dr. Marcus Seiler, Camlog Connect 2016
- Procedure Technique of Maxillary Alveolar Process with indiv. Titanium Mesh, Andrzej Wojtowicz, Int. Magazine of Oral Implantology, Vol. 11, 2016, S. 32-34
- Customized Bone Regeration mit individualisiertem CAD/CAM-Titangitter, Seiler et al. Implantologie Journal, 6, 2016
- Gemeinsam in eine individualisierte Zukunft, T. Braun, M. Seiler, DZW, Orale Implantologie 1, 2016
- CAD/CAM-Titangerüst für 3D-Knochenregeration, M. Seiler et al. Oralchirurgie Journal 2016, 1, S. 26-29
- “60 Jahre Sanitätsdienst der Bundeswehr”, Wehrmagazin Jubiläumsausgabe (submitted)
- Customized Mesh in Reconstruction of Three-Dimensional Alveolar Defects, J.of Periodont. Restorative Dentistry, Seiler et al. (submitted)
- Augmentationstechniken, K. Dränert, Implantologie Journal 9, 2016, S. 58ff
- Indikationsbereich zur Leitlinie Knochenersatz, T. Ziebart, B. Al.Nawas, Implantologie,2016, 24 (1), S. 25-31
- Gut vernetzt, F. Liebaug et al., Teamwork 5, 2016, S. 2-9
- Neue Technologie mit Langzeitaugmentat, T. Braun, Implantologie Journal 1, 2016
- 3D-Knochendefekt-Rekonstruktion mit patientenindividuellen Titangittern, F. Liebaug et al., Dent. Implant. 20, 6, 352 – 361 (2016)
- Komplexe implantologische Rehabilitiation mittels eines dreidimensionalen Titangitters, autogenem Fibrinkonzentrat (PRF) und eines xenogenem Knochenersatzmaterials, Ghanaati S. et. al., Dent. Implant. 20, 6, 368 – 375 (2016),
- Major Bone Reconstruction, P. Majewski, Camlog Congress Krakau, Juni 2016
- 1. Preis im Poster Competition, M. Seiler, A. Hartmann, Camlog Congress, Krakau, Juni 2016
- Poster Exhibition, W. Wagner et al. Mainz, EAO Paris 2016_09_30
- 1. Preis am Dentsply Peers Congress in Berlin, A. Hartmann et al.
- Posterpräsentationen am Osteology World Kongress in Monaco, M. Seiler, A. Hartmann, April 2016
- Posterpräsentationen am Osteology World Kongress in Monaco, K. Sagheb, April 2016
- Further publications in preparation
Latest news
Unique properties of Yxoss CBR that make bone augmentation easier
Yxoss CBR® has revolutionised oral bone augmentation by customising the commonly used “titanium mesh”, using a digital workflow of CBCT data combined with 3-D printing technology to fit the individual anatomy of each patient.The designed structure of the titanium...
Advantages of Yxoss CBR over other bone graft techniques
Yxoss CBR® is a 3-D-printed titanium scaffold engineered and developed for customised treatment of patients with complex alveolar ridge defects. It combines the advantages of 3-D imaging, planning tools, and 3-D printing. The designed structure of the titanium...
Complications in sinus lifting procedures
When patients lose teeth in the posterior maxilla, alveolar bone resorption follows as a consequence of physiological bone remodelling following tooth loss and also from sinus cavity pneumatization towards the alveolar crest. These two processes usually result in...
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