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School of radiodiagnostics in dentistry. Module on endodontics: a complete guide in CBCT and 2D radiography
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Gianluca Gambarini
Detalhes do curso
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Palestrante
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4 aulas + 1 grátis (4h 50m)
4.25 CE Credits
inglês
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Descrição
A course guide on the latest updates in digital dental radiography and endodontic navigating systems.
The second module of OHi-S Project "the school of radiology" created specially for endodontists as well as for general dentists, who are passionate about Endodontics.
Within this module you will learn how to:
– Minimize the radiation load on the patient
– Conduct and analyze 2D film and digital imaging
– Analyze CBCT when planning endodontic treatment
– Treat root canals using static and dynamic navigation
– Use CBCT for classic and retrograde root canal filling.
As a result of training, you will learn how to see hidden pathologies, obstacles or treatment opportunities, which means:
– being able to treat canals better
– assurance of long-term results of endodontic treatment
– saving of time through better diagnostics and planning.
Aula 1.2D Film radiography vs Digital radiography. Introductory lesson
– The main advantages of Digital radiology
– Evaluating radiation dose for different radiographic exams
– Comparing digital sensors: CCD (Charged couple device) vs. CMOS (Complementary metal oxide semiconductor)
– Clarke’s positioning technique for the superimposition of structures
– Errors in radiography
– Preoperative, intraoperative, and postoperative dental radiology
– Root canal working length determination: understanding the anatomical structures
– Ingle’s radiographic method of working length determination.
Recommended for: Endodontists, General dentists.
Aula 2.2D Film radiography vs Digital radiography
– The main advantages of Digital radiology
– Evaluating radiation dose for different radiographic exams
– Comparing digital sensors: CCD (Charged couple device) vs. CMOS (Complementary metal oxide semiconductor)
– Clarke’s positioning technique for the superimposition of structures
– Errors in radiography
– Preoperative, intraoperative, and postoperative dental radiology
– Root canal working length determination: understanding the anatomical structures
– Ingle’s radiographic method of working length determination
– Endodontic Apex Locator (EAL): the working mechanism, advantages and its interpretation
– EAL and X-ray
– Cases abd clinical tips.
Recommended for: Endodontists, General dentists.
Aula 3.CBCT in endodontics: diagnosis and treatment planning. Clinical guidelines and the ALARA principle
– Understanding differences between 2D film radiography vs digital radiography
– Proper diagnosis using 3D radiography: when is CBCT needed?
– CBCT in endodontics. How to play with images in different planes
– How to improve treatment planning with CBCT
– Detection of periapical lesions
– Locating MB2 with the help of CBCT
– Diagnosis of calcified canals with CBCT
– CBCT to avoid iatrogenic errors
– Clinical guidelines for CBCT in endodontics
– Evaluating RCT with CBCT
– Limiting radiation doses: as low as reasonably achievable (ALARA).
Recommended for: Endodontists, General dentists.
Aula 4.CBCT in endodontics: usage for orthogade, retrograde and surgical treatment
– Improvements in the dental office with 3D Radiology CBCT
– The principles of the international commission on radiological protection
– Current trends: low dose protocols/devices
– The ALARA concept
– How to judge the endodontic anatomy? Evaluation of root canal anatomy
– 3D Endo new software: automatic design of canal trajectories
– The hidden “dangerous” anatomy: banana curvature and elbow abrupt curvature
– Hidden abrupt apical curvatures: instrumentation
– 3D visualization of canal trajectories and complexities
– Is NINJA access easy to perform? Is it predictable?
– Dynamic cavity access: minimally invasive access cavity and rational invasive access cavity
– 3D curvatures: double, triple, and S-shaped curvatures
– Treating complexities: unexpected fracture of NiTi instruments
– Bypass or remove broken instruments
– Selective coronal flaring
– Iatrogenic errors: stripping/tooth cracks/fracture
– Artificial intelligence in endodontics and future trends.
Recommended for: Endodontists, General dentists.
Aula 5.CBCT in endodontics: software, static and dynamic navigation
– Patient-Endodontist communication with the help of latest dental technology
– Orthograde and apical surgery
– Endomicroscope: magnification and light
– Normal pulp chamber, pulp stones and calcified pulp chamber
– Completely calcified canal
– Unguided (free hand) vs. guided endodontics
– CBCT based Dynamic Navigation System (DNS): Navident
– Navident: plan, trace and place
– Dynamic Navigation in endo: access cavity, calcified canals, and surgery
– Ninja access requirements
– Dynamic Navigation System DNS: digital design of Ninja access.
Recommended for: Endodontists, General dentists.
O curso inclui aulas:
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