EUGENOL | Dr Igor BORISOV

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États-Unis

This advanced two-day educational program provides clinicians with a comprehensive understanding of the biomechanical, surgical, and prosthetic principles essential for predictable full-arch rehabilitation of the maxilla. Participants will explore the clinical rationale and technical execution of pterygoid-based anchorage as a means to enhance posterior support, expand the anterior–posterior (A–P) spread, and improve long-term prosthetic stability in complex maxillary cases. Through a combination of didactic sessions, digital workflow demonstrations, and hands-on cadaveric training, attendees will gain the knowledge and confidence to incorporate pterygoid implants into their full-arch treatment protocols — minimizing grafting procedures while maximizing functional and esthetic outcomes. The course will also integrate digital and analog conversion techniques, photogrammetry-based workflows, and step-by-step guidance on immediate and definitive restoration approaches. NOTE: PARTICIPANTS SHOULD HAVE EXPERIENCE IN FULL-ARCH MAXILLARY AND MANDIBULAR PROSTHESIS (SURGICALLY AND RESTORATIVE) THIS IS AN ADVANCED COURSE Program October 16, 2027 — Introduction & Overview October 16, 2027 — Safe angulation and cortical engagement October 16, 2027 — Welcome and course orientation October 16, 2027 — Indications, contraindications, and prevention of complications October 16, 2027 — Overview of the Full-Arch POWER® Protocol and the Advanced Full-Arch Concept October 16, 2027 — Prosthetic Integration October 16, 2027 — Clinical rationale for pterygoid-based anchorage October 16, 2027 — Prosthetic design principles for extended A–P support October 16, 2027 — Biomechanics & A–P Spread Optimization October 16, 2027 — Multi-unit abutment selection and alignment October 16, 2027 — Importance of A–P spread for full-arch stability October 16, 2027 — Immediate vs. definitive restoration planning October 16, 2027 — Load distribution, cantilever reduction, and prosthetic balance October 16, 2027 — Hands-On Model Workshop October 16, 2027 — Case analysis: posterior anchorage strategies for improved outcomes October 16, 2027 — Placement of conventional and pterygoid implants on 3D models October 16, 2027 — Anatomy & Surgical Planning October 16, 2027 — Multi-unit abutment workflow and prosthetic conversio October 16, 2027 — Key landmarks of the maxilla and pterygoid region October 16, 2027 — Digital workflow protocols (photogrammetry demo) October 17, 2027 — Review & Surgical Planning October 17, 2027 — Workflow integration from planning to restoration October 17, 2027 — Recap of Day 1 key concepts October 17, 2027 — Cadaveric Surgical Training October 17, 2027 — Digital planning and implant mapping for maxillary reconstruction October 17, 2027 — Anatomical dissection of posterior maxilla and pterygoid region October 17, 2027 — Complications & Risk Management October 17, 2027 — Guided and freehand placement of pterygoid and anterior implants October 17, 2027 — Intraoperative and postoperative complications October 17, 2027 — Achieving optimal A–P spread and posterior support October 17, 2027 — Sinus and soft tissue management October 17, 2027 — Prosthetic digital conversion and verification on cadaver specimen October 17, 2027 — Handling angulation errors and inadequate bone engagement October 17, 2027 — Closing Session October 17, 2027 — Prosthetic troubleshooting and long-term maintenance October 17, 2027 — Summary of clinical takeaways October 17, 2027 — Prosthetic Verification & Integration October 17, 2027 — Q&A and discussion October 17, 2027 — Digital impression and accuracy assessment October 17, 2027 — Certificate distribution October 17, 2027 — Evaluating prosthetic passivity and occlusion

https://www.eugenol.com/evenements/2-day-interactive-cadaver-courseadvanced-full-arch-rehabilitationwith-pterygoid-anchorage-digit-11691

Las Vegas, NV, États-Unis
4100 West Flamingo Road
États-Unis

2-Day Interactive Cadaver CourseAdvanced Full-Arch Rehabilitationwith Pterygoid Anchorage & Digital WorkflowFeaturing the POWER® Protocol

Oct

16

2027

2-Day Interactive Cadaver CourseAdvanced Full-Arch Rehabi...

Las Vegas, NV, États-Unis

Noris Medical

Juil

10

2027

2-Day Interactive Cadaver Course Advanced Full-Arch Rehab...

Colleyville, TX, États-Unis

Noris Medical

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Brésil

This intensive live-patient program is designed for clinicians seeking to master full-arch rehabilitation using both conventional and pterygoid implants with immediate loading protocols. Participants will learn how to combine classic implant placement with posterior remote anchorage (POWER™ Concept) to treat challenging maxillary full-arch cases while following a complete surgical, digital, and restorative workflow What will you learn? Patient selection and treatment planning for full-arch rehabilitation The EZSMILE™ treatment philosophy and immediate loading protocols Surgical protocols for full-arch rehabilitation using conventional and pterygoid implants Placement of 2-4 implants per arch in live patient surgeries Full Arch surgical workflow from extraction to immediate loading Complete Digital Restoration Workflow Intraoral scanning and digital treatment planning Prosthetically driven treatment concepts Digital prosthetic design and laboratory communication Fabrication and delivery of a fixed provisional restoration within 48 hours Management of surgical and restorative complications Clinical decision-making in immediate loading cases Full-arch rehabilitation from surgery to restoration Practical experience through 5 live patient surgeries Direct mentorship from experienced full-arch clinicians POWER™ Concept treatment planning for posterior remote anchorage Pterygoid implant indications and surgical protocols Combining conventional and pterygoid implants for maxillary full-arch rehabilitation Clinical decision-making for advanced maxillary anatomy Program April 25, 2027 — Arrival : Arrivals to Rio de Janeiro, Brazil, hotel check-in Evening: Welcome dinner, meet & orientation April 26, 2027 — Live Surgery - Day 1 : Morning: Surgical Session #1 + Digital restoration workflow Afternoon: Surgical Session #2 April 27, 2027 — Live Surgery - Day 2 : Morning: Surgical Session #3 Afternoon: Hands-On training on 3D models, Implant exercises, Scanning & Digital planning April 28, 2027 — Theory & Hands-On : Morning: Treatment philosophy, Planning, Immediate loading & Surgical protocols Afternoon: Surgical Session #4 April 29, 2027 — Surgery & Delivery : Morning: Surgical Session #5 Afternoon: Milled PMMA protocol delivery + Case Review & Course Summary April 30, 2027 — Departure : Hotel Check-Out

https://www.eugenol.com/evenements/full-arch-from-conventional-to-pterygoid-anchorage-ezsmile-power-live-surgery-program-11697

Rio de Janeiro, Brésil
Brésil

Avr

26

2027

Full-Arch FROM CONVENTIONAL TO PTERYGOID ANCHORAGE EZSMIL...

Rio de Janeiro, Brésil

Noris Medical

https://schema.org/OfflineEventAttendanceMode

https://schema.org/EventScheduled

This advanced two-day educational program provides clinicians with a comprehensive understanding of the biomechanical, surgical, and prosthetic principles essential for predictable full-arch rehabilitation of the maxilla. Participants will explore the clinical rationale and technical execution of pterygoid-based anchorage as a means to enhance posterior support, expand the anterior–posterior (A–P) spread, and improve long-term prosthetic stability in complex maxillary cases. Through a combination of didactic sessions, digital workflow demonstrations, and hands-on cadaveric training, attendees will gain the knowledge and confidence to incorporate pterygoid implants into their full-arch treatment protocols — minimizing grafting procedures while maximizing functional and esthetic outcomes. The course will also integrate digital and analog conversion techniques, photogrammetry-based workflows, and step-by-step guidance on immediate and definitive restoration approaches. NOTE: PARTICIPANTS SHOULD HAVE EXPERIENCE IN FULL-ARCH MAXILLARY AND MANDIBULAR PROSTHESIS (SURGICALLY AND RESTORATIVE) THIS IS AN ADVANCED COURSE Program April 17, 2027 — Day One — Didactic & Model Workshop (April 17, 2027) : Introduction & Overview; Safe angulation and cortical engagement; Welcome and course orientation; Indications, contraindications, and prevention of complications; Overview of the Full-Arch POWER® Protocol and the Advanced Full-Arch Concept; Prosthetic Integration; Clinical rationale for pterygoid-based anchorage; Prosthetic design principles for extended A–P support; Biomechanics & A–P Spread Optimization; Multi-unit abutment selection and alignment; Importance of A–P spread for full-arch stability; Immediate vs. definitive restoration planning; Load distribution, cantilever reduction, and prosthetic balance; Hands-On Model Workshop: case analysis and placement of conventional and pterygoid implants on 3D models; Anatomy & Surgical Planning; Digital workflow protocols (photogrammetry demo). April 18, 2027 — Day Two — Surgical Review & Cadaver Training (April 18, 2027) : Review & Surgical Planning: workflow integration from planning to restoration and recap of Day 1 key concepts; Cadaveric Surgical Training: digital planning and implant mapping for maxillary reconstruction, anatomical dissection of posterior maxilla and pterygoid region; Complications & Risk Management: guided and freehand placement of pterygoid and anterior implants, intraoperative and postoperative complications, sinus and soft tissue management; Prosthetic digital conversion and verification on cadaver specimen; Handling angulation errors and inadequate bone engagement; Closing Session: prosthetic troubleshooting, long-term maintenance, Q&A, certificate distribution, evaluating prosthetic passivity and occlusion.

https://www.eugenol.com/evenements/advanced-full-arch-rehabilitation-with-pterygoid-anchorage-digital-workflow-11695

Avr

17

2027

Advanced Full-Arch Rehabilitation with Pterygoid Anchorag...

Noris Medical

https://schema.org/OfflineEventAttendanceMode

https://schema.org/EventScheduled

Allemagne

This advanced two-day educational program provides clinicians with a comprehensive understanding of the biomechanical, surgical, and prosthetic principles essential for predictable full-arch rehabilitation of the maxilla. Participants will explore the clinical rationale and technical execution of pterygoid-based anchorage as a means to enhance posterior support, expand the anterior–posterior (A–P) spread, and improve long-term prosthetic stability in complex maxillary cases. Through a combination of didactic sessions, digital workflow demonstrations, and hands-on cadaveric training, attendees will gain the knowledge and confidence to incorporate pterygoid implants into their full-arch treatment protocols — minimizing grafting procedures while maximizing functional and esthetic outcomes. The course will also integrate digital and analog conversion techniques, photogrammetry-based workflows, and step-by-step guidance on immediate and definitive restoration approaches. NOTE: PARTICIPANTS SHOULD HAVE EXPERIENCE IN FULL ARCH MAXILLARY AND MANDIBULAR PROSTHESIS (SURGICALLY AND RESTORATIVE) THIS IS AN ADVANCED COURSE Program November 26, 2026 — Day One — Didactic & Model Workshop : Introduction & Overview Safe angulation and cortical engagement Welcome and course orientation Indications, contraindications, and prevention of complications Overview of the Full Arch POWER™ Protocol and the Advanced Full Arch Concept Prosthetic Integration Clinical rationale for pterygoid-based anchorage Prosthetic design principles for extended A–P support Biomechanics & A–P Spread Optimization Multi-unit abutment selection and alignment Importance of A–P spread for full-arch stability Immediate vs. definitive restoration planning Load distribution, cantilever reduction, and prosthetic balance Hands-On Model Workshop Case analysis: posterior anchorage strategies for improved outcomes Placement of conventional and pterygoid implants on 3D models Anatomy & Surgical Planning Multi-unit abutment workflow and prosthetic conversio Key landmarks of the maxilla and pterygoid region Digital workflow protocols (photogrammetry demo) November 27, 2026 — Day Two — Surgical Review & Cadaver Training : Review & Surgical Planning Workflow integration from planning to restoration Recap of Day 1 key concepts Cadaveric Surgical Training Digital planning and implant mapping for maxillary reconstruction Anatomical dissection of posterior maxilla and pterygoid region Complications & Risk Management Guided and freehand placement of pterygoid and anterior implants Intraoperative and postoperative complications Achieving optimal A–P spread and posterior support Sinus and soft tissue management Prosthetic digital conversion and verification on cadaver specimen Handling angulation errors and inadequate bone engagement Closing Session Prosthetic troubleshooting and long-term maintenance Summary of clinical takeaways Prosthetic Verification & Integration Q&A and discussion Digital impression and accuracy assessment Certificate distribution Evaluating prosthetic passivity and occlusion

https://www.eugenol.com/evenements/interactive-2-day-cadaver-course-precision-and-stability-with-pterygoid-implants-featuring-the-po-11689

Köln, Allemagne
1 Nattermannallee
Allemagne

Interactive 2-Day Cadaver Course Precision and Stability with Pterygoid Implants Featuring the POWER® Protocol Advanced Full Arch

Nov

26

2026

Interactive 2-Day Cadaver Course Precision and Stability ...

Köln, Allemagne

Noris Medical

https://schema.org/OfflineEventAttendanceMode

https://schema.org/EventScheduled

États-Unis

This advanced two-day educational program provides clinicians with a comprehensive understanding of the biomechanical, surgical, and prosthetic principles essential for predictable full-arch rehabilitation of the maxilla. Participants will explore the clinical rationale and technical execution of pterygoid-based anchorage as a means to enhance posterior support, expand the anterior–posterior (A–P) spread, and improve long-term prosthetic stability in complex maxillary cases. Through a combination of didactic sessions, digital workflow demonstrations, and hands-on cadaveric training, attendees will gain the knowledge and confidence to incorporate pterygoid implants into their full-arch treatment protocols — minimizing grafting procedures while maximizing functional and esthetic outcomes. The course will also integrate digital and analog conversion techniques, photogrammetry-based workflows, and step-by-step guidance on immediate and definitive restoration approaches. NOTE: PARTICIPANTS SHOULD HAVE EXPERIENCE IN FULL ARCH MAXILLARY AND MANDIBULAR PROSTHESIS (SURGICALLY AND RESTORATIVE) THIS IS AN ADVANCED COURSE Program November 7, 2026 — Introduction & Overview : Safe angulation and cortical engagement Welcome and course orientation Indications, contraindications, and prevention of complications Overview of the Full Arch POWER™ Protocol and the Advanced Full Arch Concept November 7, 2026 — Prosthetic Integration : Prosthetic design principles for extended A–P support Clinical rationale for pterygoid-based anchorage Multi-unit abutment selection and alignment Importance of A–P spread for full-arch stability Immediate vs. definitive restoration planning Load distribution, cantilever reduction, and prosthetic balance November 7, 2026 — Biomechanics & A–P Spread Optimization : Anatomy & Biomechanics concepts to optimize A–P spread and prosthetic outcomes November 7, 2026 — Hands-On Model Workshop : Case analysis: posterior anchorage strategies for improved outcomes Placement of conventional and pterygoid implants on 3D models Digital workflow protocols (photogrammetry demo) November 7, 2026 — Anatomy & Surgical Planning : Key landmarks of the maxilla and pterygoid region Multi-unit abutment workflow and prosthetic conversion Digital workflow protocols (photogrammetry demo) November 8, 2026 — Review & Surgical Planning : Workflow integration from planning to restoration Recap of Day 1 key concepts November 8, 2026 — Cadaveric Surgical Training : Digital planning and implant mapping for maxillary reconstruction Anatomical dissection of posterior maxilla and pterygoid region Guided and freehand placement of pterygoid and anterior implants Prosthetic digital conversion and verification on cadaver specimen November 8, 2026 — Complications & Risk Management : Intraoperative and postoperative complications Sinus and soft tissue management Handling angulation errors and inadequate bone engagement November 8, 2026 — Closing Session : Prosthetic troubleshooting and long-term maintenance Summary of clinical takeaways Prosthetic Verification & Integration Q&A and discussion Certificate distribution Evaluating prosthetic passivity and occlusion

https://www.eugenol.com/evenements/2-day-interactive-cadaver-courseprecision-and-stability-with-pterygoid-implantsfeaturing-the-powe-11679