P395 The Biomechanical Principles of Restoring Dental Implants – A GDP’s Perspective

About This Course

In collaboration with the College of General Dentistry.

As dental implants become increasingly mainstream in general practice, understanding their biomechanical principles is vital for long-term success. This webinar explores the key differences between natural teeth and implants, the implications for occlusal load management, and how restorative design choices influence biomechanical outcomes.

Aims

This course aims to provide learners with knowledge and understanding of the biomechanical principles of dental implants, including occlusal load management, restorative design considerations, and the general dental practitioner’s role in the long-term planning, restoration, and maintenance of implant cases.

Objectives

During the course learners will be able to:

• Understand and identify the differences in (biomechanical) performance of natural teeth vs. implants.
• Recognise the importance of occlusal planning.
• Understand that occlusion is dynamic and evolves over time.
• Apply biomechanical principles to real-world clinical scenarios.
• Avoid common restorative pitfalls and improve long-term treatment outcomes.

Learning Outcomes

After completing this course the learner will gain an understanding of:

• How to proficiently assess an implant restoration in relation to the current occlusal scheme.
• How to monitor the changes in dentition in relation to the occlusal forces exerted on the implant restoration over the long term.
• Planning occlusion to minimise restorative or integration failure.
• The long-term planning, restoration, and maintenance of implant cases.
• The management of occlusal changes over time, through structured follow-up and maintenance protocols.

GDC Development Outcomes