ZAGA Cadaver Course: Zygomatic & Pterygoid Implants

Stato

prenotabile

Scadenza registrazione

06. giu 2026 (UTC+1)

Prezzo per partecipante (si applicano le imposte locali)

EUR 6100.00

Lingua

Inglese

Punti

0.00 Punti

Metodo di consegna

Corso teorico

Audience

internazionale

Disponibilità posti a sedere

25 Disponibile

Descrizione

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.

Gruppo target: Implantologo, Chirurgo

Segmenti prodotto: Implantologia, Soluzioni digitali

Obiettivi di apprendimento

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.

Sessioni