/education-service/media/default/5649/4160b36c.jpg)
Archiviato.
Questo contenuto non è in vendita. Puoi scegliere i materiali formativi nel nostro catalogo.
TADs and aligners. Digital orthodontics. Early treatment. Face asymmetry
4.90
152 voti
/education-service/media/default/34173/ce960b3f.jpg)
Chris Chang
Dettagli del corso
Lezioni del corso
Lezioni del corso
Lettori
Recensioni
Dettagli
12 lezioni (16o 20m)
15 CE Credits

Inglese
Descrizione
-
Lezione 1.Simplified mechanics for challenging cases
– Decision making principles in orthodontic treatment
– Treatment protocols for complex clinical cases: pathology in the sagittal, vertical and transverse plane
– Basic principles of biomechanics
– Extraction VS non-extraction. Comparison of approaches
– Treat complex cases with a powerful combination of self-ligation system and miniscrews
– Retention of orthodontic treatment results.
Recommended for: Orthodontist, General Dentist.
Lezione 2.Digital orthodontics. Aligners therapy
– Innovations in Digital Orthodontics
– Digital simulation and software programming
– Protocols in digital orthodontics
– Treatment of canine impaction with Digital Orthodontics
– Work with aligners. The formula of Dr. Kenji and G6.
Recommended for: Orthodontist, General Dentist.
Lezione 3.Teeth impaction on the maxilla: author's techniques
– Treatment protocol for impaction: upper arch. Surgical and Orthodontic Approaches
– Types of impaction cases
– The use of CBCT in the diagnosis of impact teeth and treatment planning
– Opening space for impact tooth
– Innovative minimally invasive surgery technique - VISTA.
Recommended for: General Dentist, Orthodontist.
Lezione 4.Teeth impaction on the mandible: author's techniques
– Treatment Protocol for impaction: lower arch. Surgical and Orthodontic Approaches
– Types of impaction cases
– Space closure in the area of extracted teeth
– Use of buccal shelf screws combined with 3-D lever arms as an ideal mechanical design
– Protocols for the treatment of complex clinical cases of retained teeth.
Recommended for: Orthodontist, General Dentist.
Lezione 5.Conservative treatment of Class 3
– Palatal Expansion Appliance
– Detailed protocol for conservative class 3 correction
– Biomechanics of conservative treatment
– Treatment of class 3 with Temporary Anchorage Devices (TAD)
– Differential diagnosis of pseudo and true mesial occlusion
– Pseudo class 3. Detailed treatment protocol
– Torque Springs Application
– Demonstration of clinical examples of the conservative management of severe class 3 malocclusions.
Recommended for: Orthodontist, General Dentist.
Lezione 6.Minor surgeries in daily orthodontic practice
– Gingivectomy (esthetics). Detailed protocol
– Crown lengthening procedures (gummy smile correction). Detailed protocol
– Open-window technique (palatal impaction). Detailed protocol
– VISTA (upper labial impaction). Detailed protocol
– Anatomy of periodontal tissues
– Altered Passive Eruption
– Life hacks for minor surgeries in daily orthodontic practice.
Recommended for: Orthodontist, General Dentist.
Lezione 7.TADs+aligners: combined use
– Clinical philosophy of using TAD in combination with aligners
– Indications for the use of microimplants: cases without removal, cases with removal of 4 premolars
– Biomechanics of using aligners and TADs
– G6 formula and Kenji formula
– Clinical cases
– Strengths of the aligner + TAD combination.
Recommended for: Orthodontist, General Dentist.
Lezione 8.Class 2 correction: ELSE, Bite Turbo, IZC
– Simplified and effective technique for the treatment of class 2
– Use of ELSE and Bite Turbo braces
– Protocol for the treatment of overjet (10 mm) using microimplants
– Protocol for the treatment of class 2 in adult patients
– Biomechanics of class 2 treatment
– Sequence of arches in the class 2 treatment
– Use of IZC implants
– Detailed protocol for the treatment of tooth transposition.
Recommended for: Orthodontist, General Dentist.
Lezione 9.Ortho-implant connections
– Planning of orthodontic preparation before prosthetics and implantation
– Orthodontic space closure after extraction of individual teeth: detailed protocol
– Choice of ortho-implant treatment plan depending on the severity of the clinical case
– Intrusion of teeth in case of extraction of antagonist teeth
– Creation of the site for implantation: orthodontic protocol
– Use of DSD in ortho-implant treatment
– Use of IZC implants
– Closing black triangles.
Recommended for: Orthodontist, General Dentist.
Lezione 10.Extraction VS non-extraction: a reasonable treatment plan
– Decision-making table to guide treatment plan
– Pros and cons of extraction and non-extraction treatment
– Favorable indicators for non-extraction patients with good long-term stability
– Analysis of numerous clinical cases to demonstrate the thinking process
– Practical tips on choosing a treatment method depending on the clinical case
– Open bite, crowding, crossbite, deep bite, class 2: treatment protocols
– Use of skeletal anchorage in non-extraction cases
– Elastics: lifehacks in use in difficult clinical cases
– Long-term results of treatment of cases using extraction and non-extraction methods. Result retention.
Recommended for: Orthodontists, General dentists.
Lezione 11.Asymmetry treatment: TADs+Damon Q
– 3 major asymmetries
– Various etiologies of skeletal and dental asymmetries
– Functional asymmetry: etiology, diagnosis, treatment
– Differential diagnosis of various asymmetries
– Suitable treatment plans based on differential diagnosis
– Non-surgical asymmetry treatment
– Treatment of asymmetry in children and adolescents
– Skeletal growth: the most important factor in the asymmetry treatment
– Asymmetric biomechanics using TADs and self-ligation systems to correct dental asymmetry
– Long-term results of asymmetry treatment.
Recommended for: Orthodontist, General Dentist.
Lezione 12.Non-surgical correction of anterior open bite
– The etiology of anterior open bite
– Treatment protocol of anterior open bite without orthognathic surgery
– The biomechanics of buccal shelf screws(BS screws) to intrude posterior maxillary molars
– The location of buccal shelf
– Direct insertion of BS screws.
Recommended for: Orthodontist, General Dentist.
Il corso include le seguenti lezioni:
/education-service/media/default/63488/bc816fe9.webp)
1o 24m
Lezione 1
Simplified mechanics for challenging cases
Chris ChangMostra il programma della lezione
0:01
Introduction and Agenda
2:14
Classification of Space Problems (Transverse, Sagittal, Vertical)
5:02
Class I Crowding: Mechanics, Coil Springs and Bracket Positioning
10:39
Resistance to Sliding (RTS): Friction, Binding and Notching
15:30
Timing, Biological Considerations and Treatment Duration
/education-service/media/default/63489/ba37116d.webp)
1o 31m
Lezione 2
Digital orthodontics. Aligners therapy
Chris ChangMostra il programma della lezione
0:01
Introduction & Educational Background
6:22
Digital Transition and Imaging (2D vs 3D)
12:02
VISTA Access & Concavity-Guided Surgical Planning
15:56
3D Soft-Tissue Superimposition and Imaging Advances
20:36
Digital Models and Intraoral Scanning
/education-service/media/default/63490/6163c485.webp)
56m
Lezione 3
Teeth impaction on the maxilla: author's techniques
Chris ChangMostra il programma della lezione
0:01
Introduction: Innovative Infection Treatment
8:17
Biomechanics and CBCT Diagnosis
16:24
Surgical cortical window and regional acceleratory phenomenon
24:04
VISTA technique (vestibular incision subperiosteal tunnel access)
33:14
VISTA case setup: mini‑screw, power chain, and traction mechanics
/education-service/media/default/63491/d07d5e62.webp)
1o 4m
Lezione 4
Teeth impaction on the mandible: author's techniques
Chris ChangMostra il programma della lezione
0:01
Lower third molar: low‑vertical impaction management
8:08
Horizontal impacted lower second molar: miniscrew uprighting
17:17
Miniscrew selection and buccal placement (2x12, 2x14)
22:12
Uprighting severe molar impactions: Mako‑type screw and 3D lever
34:16
Conclusions, clinical workflow and 3D lever bending
Mostra di più (8)
