The integration of digital planning in orthodontics has revolutionized the accuracy and efficiency of mini-implant placement and is particularly important for Maxillary Skeletal Expansion with bone anchored devices (MARPE). This lecture explores the Bone-First Principle, an approach that prioritizes individualized bone anatomy in determining optimal mini-implant positioning. By using advanced imaging techniques, 3D treatment planning, and guided insertion protocols, clinicians can enhance the success rates of MARPE while minimizing risks of implant failure and complications.
Daniela Zaharia (Romania)
DDS, Orthodontist
Biography
In 2002, she graduated from the Faculty of Dentistry in Bucharest.
In 2005, she became a specialist doctor in orthodontics and dento-facial orthopedics at UMF Carol Davila.
Since 2002, she has been working full-time in the private sector.
She has given lectures in Romania and other countries, including at the AREO Congress (Romanian Association for Excellence in Orthodontics), the European Program for Digital Orthodontics, and the 26th International Orthodontic Symposium.
She is particularly focused on digital orthodontics and temporary anchorage devices on mini-implants, gaining extensive experience in the field.
All sessions by Daniela Zaharia (Romania)
12:30 PM
Digital Planning of Orthodontic Mini-Implant Insertion for MARPE: The Bone-First Principle
Prezentare Daniela Zaharia (Romania) Palas Congress Hall, Sala MOZART
