International Master ‘s Degree In Digital Implantology

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Programs

Master’s Degree in Digital Implantology that includes Diagnosis, Planning, Surgical Performance and Digital Prosthetic Rehabilitation. A master’s degree that aims to introduce dentistry professionals in the use of digital flow in daily practice, to achieve the restoration of the function and aesthetics in treatments on patients, combining clinical techniques with the resources and tools provided by digital technology.

Objectives

  • Learn how to use digital tools to carry out treatment planning and guided surgery. Explore the possibilities of digital planning in treatments with different software and tools.
  • Define the positions of the implants from a clinical, anatomical and prosthetic point of view combining the assembly of teeth with the patient’s anatomy
  • Analyze the indications, from single to multiple restorations, as well as the correlation with the different prosthetic designs

Recipients

Master’s degree aimed at dentists who wish to incorporate the flow of digital work in oral implantology, both in the surgical and restorative fields in daily clinical practice:

Program

MODULE 1 and 2 Oral Surgery

How to establish digital flow in the clinic in an easy way
How far do I want to go?
Anatomy and Digital radiology and its use
Oral and Laboratory Scanner
CBCT and its use in the surgical, prosthetic and periodontal field for digital use
CT scan vs CBCT
Indications
Cost effectiveness
How to “read” a CBCT and its use of computer programs.
Anatomical structures of interest
Pathologies
Partially or fully guided surgery. Indications
Know the types of guided surgery
Advantages, disadvantages and limitations
Types of surgical splints as appropriate
Practice: Reading CBCT systems
Implant Studio 3 Shape software management – Omnicam – Carestream
Case planning with guided implantology software integrating CBCT and intraoral scanning
Case planning by students: a partial and a complete edentulous (double CT)

Investigation methodology
Phases of the investigation.
Bibliographic searches.
Identification and management of the main sources of information for dental research.
Organization and registration of bibliographic information.
Research paper writing.
The scientific article and its different sections.
Selection of the most appropriate journals for the dissemination of research results.
Evaluation process of the contents of articles in scientific journals.
Communication with magazines and instructions on submission, submission and correction of manuscripts.
Critical appraisal of the research carried out and published.

– Digital Dentistry
Concept
Composition
– Digital flow vs Analog flow
Advantages of digital flow
Digital streams: Labside / Chairside
Digital flow in implantology
Digital flow in surgery
Digital flow in rehabilitation
Digital environment files
STL – DICOM – PLY and OBJ
Practice: Reading the different digital software on the market: Trios – Carestream – Cerec – Omnicam …

Model Scan
Intraoral
Characteristics of intraoral scanners
Accuracy / Accuracy
Efficiency and limitations
Adjuncts
Extraoral Scanning Techniques
Plan and understand each step of extraoral scanning and develop it in the Blue Sky Bio software
Practice: Management of the extraoral scanner and its software
– Extraoral scanning practices among participants
– Scanning practices on different models printed with Scan Bodies, to reproduce margins, partial and complete prostheses

– 3D digital printing
Types of 3D printers
Basic operating and printing concepts
Practice: Printer / Resin Handling
– Printing of surgical splints, formlabs software
– Splint polishing and cylinder adaptation
– Milling practice and implant placement on printed models

Extraoral
CAD phase
CAM phase
Dentist – laboratory relationship
Software handling STIL and DICOM files
Implant planning software
In the laboratory: Amann – Roland – Datron – Milling with Esprit – Planmeca – ZirkonZhan – Ivoclar – Straumann – Dentsply Sirona

Advantages of Digital Flow in restorations over definitive implants
Definitive
Unit Rehabilitations
Partial Rehabilitations
Full arcade rehabilitations
Clinical – laboratory relationship through digital flow
Plan and understand each step to perform a prosthesis in the Blue Sky Bio software
Practice: Laboratory – ZirkonZhan
Modules 10, 11 and 12 will be dedicated to the realization of direct work
Complete planning of the patient for the realization of the total treatment by the students in their offices. (With the students’ patients

Know the types of guided surgery
Adjuncts
Intraoral scanning techniques
Practice: Design and manufacture of surgical splints for guided surgeries with 3D printer
Planning and construction of surgical guides in the Blue Sky Bio software

Advantages of Digital Flow in implant restorations
Aesthetics in digital implantology
Provisional
Removable prosthesis
Types of immediate loading
Practice: Provisional construction and removable prosthesis

Design of Rigid Digital Membranes for:
– Vertical Regeneration
– Horizontal Regeneration
– Breast Lift
Practice: Development and construction of digital membranes tailored for each procedure and patient, based on the regeneration technology software

Aesthetics in Implantology. Importance of the previous sector
Impressions: Analog and Digital
Immediate Provisionalization. Unit implants.
Aesthetics and prostheses on implants.
Complications and solutions.
Presentation of case-problems by teachers.
Case-problem solutions from the previous module.
Plan and understand each step to perform a strict guide in the Blue Sky Bio software
Practice: Digital software management for DSD
Digital photography
Assembly and presentation DSD to document a case step by step