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  1. Maxillary coverdenture on 6 implants Stent-guided implant insertion (NobelGuide) and immediate loading
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  2. Computer-guided implant insertion at site 25
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  3. Cocoon-technique containment and contouring
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  4. Insertion of three implants in the posterior mandible following bone augmentation using the compact-bone plate technique
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  5. 12 weeks after a sandwich osteotomy in the posterior mandible: implant insertion
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  6. Immediate implant placement at site 21 with combination-graft closure
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  7. From patient history to implant placement and prosthetic rehabilitation: complex cases
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  8. Soft-tissue management around maxillary anterior implants
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  9. Cell-to-Cell Communication - Osseointegration
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    Cell-to-Cell Communication - Osseointegration

    Stadlinger, Bernd / Terheyden, Hendrik
    The invisible becomes visible and holds both challenge and fascination. The cellular-level biological processes that underlie osseointegration are visualized based on the cell types and messengers implicated, representing the current state of our knowledge. Complex biodynamic processes are showcased dramatically and didactically to support the transfer of knowledge in training and education. Module 1, Cell-To-Cell Communication - Osseointegration, ushers in an Initiative for Excellence entitled Education - Science Comes Alive. It will eventually present all the relevant biomedical processes in dentistry and oral and maxillofacial surgery in the form of 3D animations, to be made available to a professional public as a 3D film library. This innovative genre - with special highlights for every viewer - will open up interesting teaching and training perspectives. Outline: - Hemostasis - Inflammatory Phase - Proliferative Phase - Remodeling Phase. On This Film Main Cast: Platelets, Fibroblasts, Endothelial Cells, Granulocytes, Macrophages, Pericytes, Osteoclasts, Osteoblasts, Osteocytes Also Starring: PDGF, Thromboxane, TGF - a, TGF - ß, VEGF, NO, ACE, TNF - a, IL - 1, IL - 6, FGF, MIP - 1, RANKL, Sclerostin Length: 12 minutes Project/Expert Team Authors and Scientific Management: Bernd Stadlinger, PD Dr. Dr. | Hendrik Terheyden, Prof. Dr. Dr. Advisory Board: Lyndon F. Cooper, DDS, PhD | Christoph Hämmerle, Prof. Dr. Thomas Hoffmann, Prof. Dr. | Myron Nevins, DDS Technical Advisors: Susanne Bierbaum, Dr. | Uwe Eckelt, Prof. Dr. Dr. Ute Hempel, Dr. | Lorenz Hofbauer, Prof. Dr. Dieter Scharnweber, Prof. Dr. (Transregio 67)
  10. Bone augmentation in the anterior region in preparation for implants
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    Bone augmentation in the anterior region in preparation for implants

    Grunder, Ueli
    Outline: - Incision technique/flap mobilization - Bone removal with trephine cutter 6 mm - Bone bed preparation with trephine cutter 5 mm - Fixation of the autologous bone - Membrane adaptation - Introduction of the replacement material - Attachment of the membrane (with nails) - Introduction of a second membrane - Flap mobilization - Flap closure List of materials: - Trephine cutters (Biomet/3i, Palm Beach Gardens, Florida, USA) - Fixation screws (Biomet Microfi xation, Jacksonville, FL, USA) - e-PTFE membrane (Gore-Tex® reinforced, WL Gore, Flagstaff, AZ, USA ) - Mineralized collagen bone replacement material (Bio-Oss® Collagen, Geistlich Pharma AG, Wolhusen, Switzerland) - Collagen membrane (Biogide, Geistlich Pharma, Wolhusen, Switzerland)