OHI-S Contemporary Advances in Implantology New Materials and Updated Protocols

6 lessons (5h 33min)
ONLY the latest advancements and biomaterial innovations in implantology!
The most up-to-date course on implantology is now available with renowned lecturers from Spain and Italy!
Gain valuable insights and learn in detail about advanced implantology topics, including:
– Tissue level implants for aesthetic tissue rehabilitation
– Protocols of horizontal bone grafting
– Protocols of the split crest technique
– Clinical application of Porcine-Derived biomaterials for sinus augmentation and guided bone regeneration (GBR)
– Biconometric prosthetic concept and navigated implantology.
The OHI‑S Contemporary Advances in Implantology: New Materials and Updated Protocols course is best for oral surgeons, implantologists, prosthodontists, and general dentists who want structured, CE‑accredited training in the latest biomaterials and evidence‑based surgical/restorative protocols in implant dentistry. It is designed to update clinicians on cutting‑edge materials, techniques, and workflows that improve predictability, longevity, and patient outcomes.
Who Should Enroll

Oral & maxillofacial surgeons performing implant surgeries and bone augmentation procedures.
Implantologists seeking mastery of new biomaterials and updated surgical/restorative protocols.
Prosthodontists & restorative dentists integrating advanced implant solutions into functional and aesthetic rehabilitation.
General dentists expanding their scope into implantology with modern, evidence‑based techniques.
Dental technicians & lab professionals collaborating on implant prosthetics with new restorative materials.
Residents, fellows, and trainees in oral surgery, prosthodontics, or implantology needing structured advanced training.

What You’ll Learn

New biomaterials: latest ceramics, titanium alloys, and regenerative materials for implant success.
Updated surgical protocols: minimally invasive techniques, immediate placement, and guided surgery workflows.
Restorative innovations: digital workflows for implant prosthetics, CAD/CAM integration, and full‑arch rehabilitation.
Regenerative concepts: bone grafting, PRF, and biologically driven approaches for predictable osseointegration.
Case‑based lessons: clinical examples demonstrating functional stability and aesthetic excellence.

 
+ Topics:

Lesson 1.Tissue Level Implants in Aesthetic Implant Dentistry: Strategies and Innovations

– Tissue level implants and their historical background
– Bone level vs. tissue level implants
– Hybrid implants:
– Advantages in treating the aesthetic zone
– Biological rationale behind the use of hybrid implants.
– Post-extractive alveolar bone resorption and its management
– Protocols for 3D placement of tissue level implants in the aesthetic zone
– Protocols for mini-invasive approaches in implant dentistry
– Post-extractive alveolar socket remodeling
– Analysis of clinical cases
– Management of different post-extractive alveolar sockets in various clinical cases.
Recommended for: Implantologists, Oral and maxillofacial surgeons, General dentists.

Lesson 2.Tissue Level Implants in Clinical Everyday Practice

– Protocols for 3D placement of tissue level implants in the aesthetic zone
– Protocols for mini-invasive approaches in implant dentistry
– Post-extractive alveolar socket remodeling
– Analysis of clinical cases:
– Management of different post-extractive alveolar sockets in various clinical cases.
Recommended for: Implantologists, Oral and maxillofacial surgeons, General dentists.

Lesson 3.Horizontal Bone Grafting: New Approaches to Avoid Complications

– Maxillary bone atrophy: Complex regeneration surgeries with high morbidity
– Protocols for the horizontal augmentation technique
– Step-by-step protocols for the split crest technique
– Predictable alternatives to the split crest technique
– Management of severe horizontal atrophy cases and management of long-term and short-term complications
– Analysis of clinical cases.
Recommended for: Implantologists, Oral and maxillofacial surgeons, General dentists.

Lesson 4.Horizontal Bone Grafting with Split Crest Technique

– Step-by-step protocols for the split crest technique
– Predictable alternatives to the split crest technique
– Clinical advantages of the split crest technique
– Rehabilitation options for cases with compromised bone volume
– Analysis of clinical cases.
Recommended for: Implantologists, Oral and maxillofacial surgeons, General dentists.

Lesson 5.Cone Morse Connections, Biconometric Prosthetic Concept, and Dynamic Navigation in Implantology

– Clinical advantages of Cone Morse implants and benefits of employing Biconometry in dental implant procedures
– Simplification of implant procedures with Cone Morse implants and Biconometry
– Analysis of common clinical challenges:
– Implant spacing and vertical implant placement
– Provisional restorations and immediate loading.
– Clinical application of navigation technology to enhance precision and ensure parallelism between implant placements
– Management of edentulous cases using Biconometry and Navigation with immediate loading protocols
– Clinical application of Navident system
– Integrated data analysis and AI assistance for simplified implant planning with Navident
– The use of caps for provisional and definitive Biconometry restorations
– Analysis of clinical cases:
– Application of navigation technology in partial and full edentulous cases
– Bone response to various prosthetic connections.
Recommended for: Implantologists, Oral and maxillofacial surgeons, General dentists.

Lesson 6.Maxillary Sinus Augmentation: Extreme Rehabilitation with Porcine-Derived Biomaterials

– Introduction to new implant macro morphologies designed to enhance primary stability, particularly in cases with limited vertical bone volume
– Innovations in implant dentistry: Zygomatic implants and complex surgical interventions
– Management of edentulous cases:
– Protocols of the biconometry approach
– Navigation techniques
– Immediate loading protocols.
– The role of porcine biomaterials in advanced surgical techniques for extreme rehabilitation
– Analysis of the osteoconductive and osteoinductive properties of porcine-derived biomaterials
– Porcine-derived materials in promoting new bone formation, tissue integration, and accelerating the healing process
– Implant stability quotient and implant insertion torque
– Impact of the implant apex on the sinus membrane
– Relationship between underpreparation and implant stability
– Application of porcine-derived materials for sinus augmentation
– Analysis of clinical cases: long-term results of sinus augmentation procedures after more than 20 years.
Recommended for: Implantologists, Oral and maxillofacial surgeons, General dentists.