Osteocom Posterior Adhesive Restorations: Indications, Clinical Procedures and mDPT Techniques / Marco Veneziani

Osteocom Posterior Adhesive Restorations: Indications, Clinical Procedures and mDPT Techniques / Marco Veneziani The Osteocom Posterior Adhesive Restorations course is a comprehensive guide to the latest techniques in adhesive dentistry presented by Marco Veneziani, an experienced clinician and educator in the field. This video course covers three topics, starting with Indirect Adhesive Posterior Restorations that introduces the latest advancements in adhesive techniques and materials.

The course then proceeds to Clinical Procedures for Indirect Restorations with Sub-Gingival Margins, which teaches participants how to manage gingival tissue for optimal results. Finally, the course covers Cervical Margin Relocation for Indirect Subgingival Margin Restoration with mDPT Technique, a technique that helps clinicians manage sub-gingival margins by conserving tooth structure.

Participants gain valuable insights into the indications, clinical procedures, and mDPT techniques necessary for successful posterior adhesive restorations. The course is accessible to clinicians at all levels of experience, with clear and concise explanations and demonstrations. The exceptional video quality and demonstrations make it easy to follow along and implement the techniques in practice.

The practical nature of the course allows clinicians to immediately apply their newfound knowledge and skills. Ordering this course will improve your clinical skills and confidence in adhesive dentistry, ultimately leading to better patient outcomes and satisfaction. With the latest techniques and materials covered in this course, dental professionals will be well-equipped to provide the highest quality of care to their patients. Don’t miss this opportunity to learn from one of the best in the field and take your clinical skills to the next level.

This course includes three videos, with a total duration of 2 hours and 18 minutes and file size of 2 GB.