Full-arch rehabilitation. Implantation and prosthetics
Full-arch rehabilitation. Implantation and prosthetics
Course overview
This course is a complex of protocols and recommendations from well-known practicing lecturers involved in the rehabilitation of edentulous patients.
Here you will find algorithms for the diagnosis and treatment planning of edentulous patients; consider digital and analog treatment protocols; learn the basic principles of working with tilted implants; learn how to conduct aesthetic analysis and create beautiful and functional smiles.
Course lessons
Lesson 1. Tilted implants. Immediate rehabilitation of atrophic jaws in compromised patients
Treatment planning and algorithm
Bone quantity and quality: factors
Rehabilitation options for complete edentulism: justification of the choice
All-op-4®: advantages of the method
Advantages of extra-long implants
Maxillary atrophy: treatment options
Atrophy of the lower jaw: analysis of a complex clinical case
All-on-4® in case of unsuccessful implantological treatment
Rehabilitation V-II-V: indications and techniques
Prosthesis manufacturing: laboratory stage
Trans sinus placement of implants
Zygomatic implants: indications
Double zygomatic implants.
Lesson 2. Rehabilitation of atrophic jaws with tilted implants
Innovative drilling protocol:
Osseodirector™
Osseoshaper™.
Tri-oval implant design: mechanical and biological advantages
The method of installing the NobelBiocare N1 implant
The use of NobelBiocare N1 in a complex clinical situation.
Lesson 3. Aesthetic analysis and planning of rehabilitation of complete adentia
Aesthetic rehabilitation: the stages of creating a beautiful smile:
Facial analysis
Dental-labial analysis
Dental analysis.
Determination of the centric relation
Angle of inclination of the occlusal plane: value
Determination of the occlusal plane: methodology
Vertical dimention of occlusion: value
Creating a surgical template
The concept of a digital approach to work.
Lesson 4. The concept of the free edge of the gum: when do you need pink ceramics?
Complete edentulism: an analysis of the clinical situation
Creating a radiopaque template
Guided bone regeneration: indications
Maxilla rehabilitation: demonstration of the technique
Digital approach in rehabilitation: a clinical example
The method of obtaining an accurate impression.
Lesson 5. Digital and traditional approaches: selection criteria
Aesthetic analysis with complete edentulism
Bite registration: application of the facial bow
Zygomatic implants: indications and methods
Temporary orthopedic structures
Digital impression: the method of obtaining
Face scanning: creating a virtual patient
Occlusal plane: the technique of ideal positioning
Sheffield Test: technique
Zirconium frame: аdvantages
Monolithic and lined crowns: comparison
X-ray contrast template
Complete rehabilitation in case of unsuccessful prosthetics restorations
Anatomy of orthopedic units.
Lesson 6. Prosthetic frame design
Materials for prosthetics restorations
Zirconium dioxide: properties and advantages
Monolithic and layered approaches: advantages and disadvantages
Biological integration: material selection
The concept of a single abutment
Methods of cleaning the prosthetics restorations
Correction of occlusive contacts: tools
Rehabilitation of a patient with complete adentia: a clinical example.
Lesson 7. Occlusion in the treatment of edentulous patients
Analysis of facial features in the treatment of edentulous patients
Incisal edge position
Examination of edentulous patient: necessary data
The flapless surgical approach: advantages and disadvantages
Impressions: plaster or digital technologies
Occlusal concept: principles
Types of centric holding contacts
Vertical dimension of occlusion: clinical criteria
Indications for increasing the vertical dimension of occlusion
Definition of centric relation.
Lesson 8. Treatment planning of full edentulous patients
Planning, treatment and maintaining: 3 stages of rehabilitation
Horizontal disharmony: inter-incisal vertical midline and occlusal plane
Prosthetic aspects after surgery: mistakes at the stage of temporary prosthetics
Principles of determining the type of restoration
Aesthetic and phonetic analysis
Pontic area: design options
Hybrid bridge: advantages
Reversible and irreversible stages of rehabilitation
Determining the number of implants.
Lesson 9. Choosing a prosthetic strategy
Stages of rehabilitation:
Phase A: Implantation and temporary prosthetics
Phase B: Final rehabilitation.
Number of implants: features of choice for the upper and lower jaw
Submerged implants and temporary removable prostheses: clinical tips
Strategies for temporary prosthetics
Full-acrylic restorations: advantages and disadvantages
Temporary prosthetics with immediate loading: a technique
Design and material of the prosthetics: in vitro research
Metal frame: manufacturing, advantages and disadvantages
Intermediate abutments
Biological width and bone remodeling: stability factors
Tilted implants: prosthitic aspects
Biomechanical and biological aspects of implant-bone contact.
Lesson 10. Materials and the long term maintenance
The correct impression:
The technique for the manufacture of a hybrid bridge
Methodology for the manufacture of the bridge.
Combination of zirconium frame and lithium disilicate
Features of the frame design: anatomical and prosthetic
Advantages of the combined approach
Major and minor chipping: tactics
Titanium and zirconium frame: differences in operation
Hygiene maintenance.
Lesson 11. Full arches Immediate loading with the intra oral welding technique
The Well done™ concept: advantages and principles
Electric welding in the oral cavity: the principle of operation of the equipment
Tools and materials for intraoral welding:
Abutments
Wire
Bending tools
Welding Unit
Pro-shell.
The methodology of working with the WeldOne™ device
Manufacturing of lunular and hybrid bridges: analog and digital approach
Making a frame in the oral cavity: demonstration of the technique
Guided welding approach
Rehabilitation in conditions of lack of bone tissue: clinical examples.
Lesson 12. The conometric concept in implant prosthetic: no screw no glue implant restorations
Advantages of the conometric concept
Requirements for conometric restoration
Production of the frame by intraoral welding: methodology
Rehabilitation in the conometric concept:
With complete edentulism
With partial edentulism
If one tooth is missing.
Maintenance.
