Implants and Oral Rehabilitation of the Atrophic Maxilla

Marco Rinaldi MD DMDHe has developed a specific experience in Reconstructive Surgery, using 3D Technologies. He has contributed to international studies and reseaches on Computer Guided Implantology and Sterolithographic Models. President of Computer Aided Implantology Academy in 2015-2016, Director for Italy of Computer Aided Implantology Academy, President of SimPlant Academy Italy in 2012, Active Member of IADDM, Active Member of Academy of Osseontegration. Honorary Member of CAI Academy. He is a Member of the Editorial Board of the “Cone Beam International Magazine of Cone Beam Dentistry” and of  the “CBCT Magazine”, of the DDHK (Digital Dentistry & Healthcare Knowledge). As an international speaker, he has taken active part in national and international courses, seminars and congresses and he is the Author of a large number of scientific publications and of some books including: “Computer Guided Applications for Dental Implants, Bone Graft andReconstructive Surgery” published by Elsevier U.S.A. in 2016 and translated into Spanish and Chinese. Dr Rinaldi works as Implantologist and Oral Surgeon in Bologna.

• Part I: Theory and Rational Bases.- General considerations on the surgical techniques in the treatment of the atrophic maxilla.- Surgical Anatomy of Atrophic Maxilla.- Integrating Modern.- Diagnostic Tools with Digital Engineering.- Softwares and Computer Guided Implantology in the Treatment of the Atrophic Maxilla.- Dynamic Navigation Systems for the Rehabilitation of the Atrophic Maxillae.- Robotics for Implant Reconstruction of the Edentulous Maxilla.- Tilted Implants.- Short® implants and TRINIA® full arch prostheses for the rehabilitation of the Atrophic Maxilla.- Bone Grafting.- Post-oncological and post-traumatic maxillary reconstruction.- Zygomatic Implants. The ZAGA Concept.- Additively Manufactured Subperiosteal Jaw Implant (AMSJI).- Part II: Clinical Cases and Surgical Techniques.- Clinical Case 1: Computer Aided implantology, Tilted Implants.- Clinical Case 2: Guided Full Arch Surgery.- Clinical Case 3: All-on-4. Surgery.- Clinical Case 4: All-on-4, Surgery.- Clinical Case 5: All-on-4, Low Density Bone, immediate Loading, Bicortical Anchorage.- Clinical Case 6: Dynamic navigation, Pterygoid implants.- Clinical Case 7: Robotic Surgery, Immediate loading.- Clinical Case 8: Full Arch Complex Reconstruction.- Clinical Case 9: Extra Short Implants, Immediate loading.- Clinical Case 10: Extremely atrophic maxillary reconstruction Immediate loading implantology via bone supported surgical template.- Clinical Case 11: Zigomatic Implants, Immediate Function.- Clinical Case 12: Zigomatic Implants, Computer Guided Approach.- Clinical Case 13: Dynamic navigation, Pterygoid Implants.- Clinical Case 14: Zygomatic implants in Cleft palate patient.- Clinical Case 15: Zygomatic Robotic Implant Surgery.- Clinical Case 16: Double Zygoma, Zaga Flat.- Clinical Case 17: Zygoma Quad, Zaga 4.- Clinical Case 18: Zygoma Quad, Dynamic Navigation.- Clinical Case 19: Short Implants, Incisal Foramen, Trio-Trinia.- Clinical Case 20: Short Implants, Trio-Trinia.- Clinical Case 21: Bone Grafting, Sinus Augmentation, Reconstructive Surgery.- Clinical Case 22: Zygoma Quad, Computer Guided Implantology.- Clinical Case 23: Hemimaxillectomy, Zygomatic Implant, Computer Guided Approach.- Clinical Case 24: AMSJI, Patient Specific Implants, Subperiosteal Implant.- Clinical Case 25: AMSJI, Patient Specific Implants, Subperiosteal Implant.- Clinical Case 26: AMSJI, Patient Specific Implants, Cutting Guide VOG & HOG.- Clinical Case 27: AMSJI, Patient Specific Implants, Cutting Guide VOG & HOG.- Clinical Case 28: The bionic masticator.