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Dr. Ricardo Mitrani erwarb seinen DDS-Abschluss an der Unitec University in Mexiko-Stadt; ein Zertifikat in Prothetik sowie einen Master of Science in Zahnmedizin an der University of Washington, wo er im Jahr 2001 als stellvertretender Direktor des Graduiertenprogramms für Prothetik tätig war. Derzeit hat er akademische Verbindungen zur University of Washington und ist Lehrkraft bei SPEAR Education in Scottsdale, Arizona. Er ist Mitglied mehrerer Organisationen, darunter die American Academy of Esthetic Dentistry und die American Academy of Restorative Dentistry. Er ist Mitglied des Redaktionsausschusses des Journal of Esthetic and Restorative Dentistry (JERD), des Journal of Cosmetic Dentistry (JCD) und des Compendiums sowie Exekutivdirektor von Spear Digest. Dr. Mitrani hat zahlreiche wissenschaftliche Publikationen und Kapitel in Fachbüchern auf den Gebieten der Implantatprothetik und ästhetischen Zahnmedizin verfasst und weltweit über 600 Vorträge gehalten. Er betreibt eine Privatpraxis, die sich auf Prothetik, Implantate und ästhetische Zahnmedizin in Mexiko-Stadt spezialisiert hat.
ISC 2023 – The 26th International Symposium on Ceramics
Simplicity Meets Esthetics8. Juni 2023 — 11. Juni 2023Town and Country Resort, San Diego, Vereinigte Staaten von Amerika
Referenten: Wael Att, Diego Bechelli, Markus Blatz, Domenico Cascione, Gerard J. Chiche, Stephen J. Chu, Victor Clavijo, Florin Cofar, Iván Contreras Molina, Don Cornell, Lee Culp, Vincent Fehmer, Mirela Feraru, German O. Gallucci, Petra Gierthmühlen, Gustavo Giordani, David Guichet, Galip Gürel, Effrat Habsha, Hilal Kuday, Kenneth A. Malament, Adam J. Mieleszko, Ricardo Mitrani, Masayuki Okawa, Jacinthe M. Paquette, Joshua Polansky, Marta Revilla-León, Giuseppe Romeo, Irena Sailer, John Sorensen, Martina Stefanini, Taiseer Sulaiman, Douglas A. Terry, Van Thompson, George Tysowsky, Eric Van Dooren, Yu Zhang
Quintessence Publishing Co., Inc. USA
Spear Summit
Growing Together27. Apr. 2023 — 29. Apr. 2023, 13:00 — 16:45 UhrJW Marriott Phoenix Desert Ridge, Phoenix, Vereinigte Staaten von Amerika
Referenten: Edward P. Allen, Álvaro Blasi, Gonzalo Blasi, Ignacio Blasi, Rebecca Bockow, Gary DeWood, Darin Dichter, Didier Dietschi, Michael Gunson, Gregg Kinzer, Pascal Magne, George Mandelaris, Ricardo Mitrani, Amy Morgan, Jason Smithson, Frank Spear, Eric Van Dooren, Robert Winter
Spear Education
29th EAO annual scientific meeting
Uniting Nations through Innovations29. Sept. 2022 — 1. Okt. 2022Palexpo, Le Grand-Saconnex, Schweiz
Referenten: Thabo Beeler, Nitzan Bichacho, Rino Burkhardt, Luigi Canullo, Matteo Chiapasco, Luca De Stavola, Mirela Feraru, Alfonso L. Gil, Klaus Gotfredsen, Markus Gross, Ueli Grunder, Christoph Hämmerle, Björn Klinge, Ivo Krejci, Sebastian Kühl, Niklaus P. Lang, Sonia Leziy, Daniele Manfredini, Konrad H. Meyenberg, Francesco Mintrone, Ricardo Mitrani, Sven Mühlemann, José M. Navarro, Florian Probst, Pablo Ramírez, Christoph Andreas Ramseier, Mario roccuzzo, Fidel Ruggia, Mariano Sanz, Rubens Spin-Neto, Dennis P. Tarnow, Daniel Thoma, Istvan Urban, Hans-Peter Weber
European Association for Osseintegration (EAO)
40th Congresso Internazionale
La rivoluzione protesica: cosa è cambiato, cosa è ancora attuale18. Nov. 2021 — 20. Nov. 2021Palazzo dei Congressi Bologna, Bologna, Italien
Referenten: Ingo Baresel, Florian Beuer, Cristiano Broseghini, Mauro Broseghini, Gaetano Calesini, Roberto Canalis, Davide Cortellini, Marco Degidi, Stefano Gracis, Stefano Granata, Bernd Kordaß, Tomas Linkevičius, Ignazio Loi, Paolo Miceli, Ricardo Mitrani, Nazariy Mykhaylyuk, Piotr Nagadowsky, José M. Navarro, Jan Schünemann, Clemens Schwerin, Lorenzo Trevisiol, Luca Vailati, Marco Valenti, Naoto Yuasa
Accademia Italiana di Odontoiatria Protesica (AIOP)
Zeitschriftenbeiträge dieses Autors
International Journal of Esthetic Dentistry (DE), 4/2022
IJED EspressoSeiten: 402-403, Sprache: EnglischMitrani, Ricardo / Goldberg, Jack / Garcia, Salvador / Gonzalez, Eladio
Prosthetic rehabilitation of the edentulous maxilla is known to be challenging and requires meticulous planning. The purpose of this article is to describe a novel classification system, the Lip-Tooth-Ridge (LTR), that offers a guidepost for treatment planning the edentulous maxilla for fixed or removable prostheses. This tool will help clinicians identify the final prosthetic design and will provide a case-specific risk assessment guide regarding two different areas. A high (HER) or low (LER) esthetic risk will be determined based on lip dynamics, as well as a high or low structural risk according to the prosthetic space availability.
Bei zahnlosen Kiefern greift man in den meisten Fällen auf eine konventionelle Vollprothese zurück. Bei höheren Ansprüchen bieten sich implantatgetragene totale Brücken an, die aus funktionaler, biomechanischer und ästhetischer Sicht natürlicher sind. Das Konzept der Osseointegration hat sich hier als nützlich und berechenbar erwiesen. Da implantatgetragene Metallkeramikbrücken nicht für alle zahnlosen Patienten geeignet sind, ist hier ist eine genaue Behandlungsplanung unter Berücksichtigung des Zustandes des Patienten durch den Zahnarzt und sein Team unabdingbar. Der vorliegende Artikel zeigt Behandlungsvarianten auf und dokumentiert diese anhand eines konkreten Falls.
Schlagwörter: Zahnlosigkeit, Implantatprothetik, Totalprothetik, Behandlungsplanung, implantatgetragene Metallkeramikbrücke, zahngetragene Metallkeramikbrücke
Common complaints associated with the Kennedy Class I (bilateral free end) and Class II (unilateral free end) removable partial denture situations are lack of stability, minimal retention, and unesthetic retentive clasping. Some of the same complaints have been reported for implant overdentures with only anterior implants. Starting in 1995, 10 of these patients were treated at the University of Washington with posterior osseointegrated implants to provide stability and/or retention of the removable prostheses, eliminating the need for clasps when possible. This article describes implant alternatives and prosthesis designs and presents a follow-up clinical evaluation of at least 1 year consisting of patient satisfaction, radiographic examination, and soft tissue health. Two groups were evaluated. Group 1 included patients whose implants were used as vertical stops for mandibular distal extension prostheses. Care was taken to ensure that the implants were not loaded laterally by creating a single-point contact at the center of a modified healing abutment. In these cases, sufficient retention was available from the anterior teeth and/or implant abutments. Group 2 included patients whose implants required retention because of lack of adequate tooth abutments. In those cases, a resilient type of attachment was used, which allowed for a small divergence from the path of insertion. Results indicated consistent increased satisfaction in all patients, minimal component wear, no radiographic evidence of excessive bone loss, and stable peri-implant soft tissues.
Tightening of the screws in implant-supported restorations has been reported to be problematic, in that if the applied torque is too low, screw loosening occurs. If the torque is too high, then screw fracture can take place. Thus, accuracy of the torque driver is of the utmost importance. This study evaluated 4 new electronic torque drivers (controls) and 10 test electronic torque drivers, which had been in clinical service for a minimum of 5 years. Torque values of the test drivers were measured and were compared with the control values using a 1-way analysis of variance. Torque delivery accuracy was measured using a technique that simulated the clinical situation. In vivo, the torque driver turns the screw until the selected tightening torque is reached. In this laboratory experiment, an implant, along with an attached abutment and abutment gold screw, was held firmly in a Tohnichi torque gauge. Calibration accuracy for the Tohnichi is ± 3% of the scale value. During torque measurement, the gold screw turned a minimum of 180 degrees before contact was made between the screw and abutment. Three torque values (10, 20, and 32 N-cm) were evaluated, at both high- and low-speed settings. The recorded torque measurements indicated that the 10 test electronic torque drivers maintained a torque delivery accuracy equivalent to the 4 new (unused) units. Judging from the torque output values obtained from the 10 test units, the clinical use of the electronic torque driver suggests that accuracy did not change significantly over the 5-year period of clinical service.