ZAGA Cadaver Course: Zygomatic & Pterygoid Implants

Estado

reservable

Fecha límite de registro

29. ago. 2026 (UTC+1)

Precio por participante (se aplican impuestos locales)

EUR 6100.00

Idioma

Inglés

Puntos

0.00 Puntos

Método de entrega

Clase teórica

Público

nacional

Disponibilidad de plazas

25 disponible

Descripción

The ZAGA Cadaver Course: Zygomatic & Pterygoid Implants provides an unparalleled educational experience in advanced implant rehabilitation for the severely resorbed maxilla. Based on the internationally recognized ZAGA philosophy developed by Dr. Carlos Aparicio, this 4-day program combines scientific insight, surgical precision, and evidence-based protocols to achieve predictable outcomes. With the inclusion of a dedicated pterygoid implant module, participants gain a holistic understanding of remote anchorage solutions, encompassing both intra- and extra-sinus approaches. The course emphasizes clinical reasoning, treatment planning using DICOM imaging, and complication management. Participants will also benefit from hands-on cadaver sessions and 3D model exercises that replicate real surgical conditions.

Grupo destinatario: Implantólogo, Cirujano

Segmentos de productos: Implantología, Soluciones digitales

Objetivos de aprendizaje

By the end of this course, participants will be able to:

Understand and apply the ZAGA Concept across diverse anatomical situations (ZAGA 0–4) for predictable, patient-centered results.
Perform surgical placement of zygomatic and pterygoid implants using intra- and extra-sinus techniques.
Interpret and utilize DICOM data for diagnosis and individualized treatment planning.
Implement the ORIS Success Code for evaluation and follow-up of zygomatic implant treatments.
Manage prosthetic rehabilitation, including immediate loading protocols for zygomatic and pterygoid implants.
Recognize and mitigate potential complications, ensuring long-term clinical success.
Gain anatomical mastery of the zygomatic and pterygomaxillary regions through cadaver dissection.
Apply evidence-based surgical protocols in simulated real-life conditions using cryopreserved cadaver heads.

Sesiones