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Encyclopedia of the Planas concept: comprehensive training for orthodontists and dental technicians
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78 Stimmen
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Carlos De Salvador Planas
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Orlando Santiago Júnior
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Details
10 Lektionen (8S 33M)
7.5 CE Credits

Englisch
Zugang zur Aufzeichnung während der Premium-Periode
Beschreibung
Encyclopedia of the Planas concept — comprehensive online training for orthodontists and dental technicians! Thanks to the training, the “orthodontist-dental technician” team will receive a complete protocol for working with these appliances. Dental technicians will learn how to make various versions of the Planas appliance, and orthodontists will learn to select the appropriate appliance for the clinical situation and repair it themselves.
Course lecturers Carlos De Salvador Planas and Orlando Santiago Junior are leading followers of the legendary Pedro Planas.
You will learn to work and manufacture:
– Indirect Simple Planas Tracks (ISPT)
– Indirect Planas Compound Tracks (IPCT)
– Indirect Planas Compound Tracks (IPCT) with Equiplan.
Lektion 1.Neuro-occlusal rehabilitation: introduction
– Balanced occlusion: definition
– Introduction to neuro-occlusal rehabilitation
– Hanau laws: analysis
– Physiological occlusal plane
– Occlusal plane genesis.
Recommended for: Orthodontists, Prosthodontists, Functional dentists, Dental technicians, General dentists.
Lektion 2.Neuro-occlusal rehabilitation. Planas appliances
– Physiology of mastication
– Development of the TMJ, bone tissue, tooth position, occlusal plane
– Planas appliances: principles
– Selective grinding
– Functional diseases of the TMJ.
Recommended for: Orthodontists, Prosthodontists, Functional dentists, Dental technicians, General dentists.
Lektion 3.Physiology of mastication: Planas laws
– Physiology of mastication
– Neuro-occlusal rehabilitation: definition
– Planas Functional Masticatory Angles (PFMA)
– Central relation - centric occlusion - functional occlusion
– Law of minimum vertical dimension
– Planas laws of the development of the stomatognathic system.
Recommended for: Orthodontists, Prosthodontists, Functional dentists, Dental technicians, General dentists.
Lektion 4.Therapeutic principles in neuro-occlusal rehabilitation
– Neuro-occlusal rehabilitation: indications
– Orthodontic treatment in the Planas concept
– Step-by-step orthodontic treatment protocols in the Planas concept
– Use of Planas appliances for orthodontic treatment
– Analysis of clinical cases of treatment of orthodontic patients.
Recommended for: Orthodontists, Prosthodontists, Functional dentists, Dental technicians, General dentists.
Lektion 5.Orthodontic treatment in the Planas concept
– Protocol of the treatment of deep bite
– Protocol for the treatment of Class 3
– Planas appliances for the treatment of Class 3
– Open bite treatment protocol
– Protocol for the treatment of Class 2.
Recommended for: Orthodontists, Prosthodontists, Functional dentists, Dental technicians, General dentists.
Lektion 6.Therapeutic Mandibular Posture Change (TMPC) with Planas Functional Orthopedic Appliances. Indications and Clinical Scenarios
– Biomechanics of the TMJ
– TMPC for retrognathia with positive overbite. TMPC in pro translation: parameters, limitations and laboratory construction
– TMPC for retrognathia with an open bite. TMPC in pro rotation: parameters, limitations and laboratory construction
– TMPC for unilateral posterior crossbite. TMPC with frontal blockage: parameters, limitations and laboratory construction
– TMPC for functional anterior crossbite. TMPC in retro translation: parameters, limitations and laboratory construction
– TMPC for prognathia. TMPC in retro translation without apparent rotation: parameters, limitations and laboratory construction
– TMPC for open bite. TMPC in rotation or wheel: parameters, limitations and laboratory construction
– TMPC for stimulation of arch development and occlusal plane maturation. TMPC with total freedom: parameters, limitations and laboratory construction
– TMPC for stimulation of asymmetrical development of the mandible. TMPC with partial freedom: parameters, limitations and laboratory construction
– Clinical and laboratorial parameters to conduct the mandible to the optimum stimulation for each malocclusion correction. Clinical cases analysis.
Recommended for: Orthodontists, Dental technicians, General dentists.
Lektion 7.Indirect Simple Planas Tracks (ISPT). Full Laboratory Protocols
– Indications for Indirect Simple Planas Tracks (ISPT)
– Therapeutic mandibular posture change (TMPC) and application of Indirect Simple Planas Tracks (ISPT)
– Step-by-step constructing Indirect Simple Planas Tracks (ISPT) appliance. Wire bending, frontiers and positions:
- Occlusal support
- Making and preparing the "H" form of the appliance
- Planas' Tracks inclination. The anterior and posterior reference.
– Acrylization: adaptation and retention of the wire arches
– The acrylic part of the appliance: grinding and polishing.
Recommended for: Orthodontists, Dental technicians, General dentists.
Lektion 8.Indirect Planas Compound Tracks (IPCT). Full Laboratory Protocols
– Advantages of Indirect Planas Compound Tracks (IPCT)
– Indications for Indirect Planas Compound Tracks (IPCT)
– Therapeutic mandibular posture change (TMPC) and application of Indirect Planas Compound Tracks (IPCT)
– Wire bending:
- Creation of occlusal support
- Creation of dorsal Arches
- Utilizing of telescopic tubes.
– Constructing and positioning Planas Tracks. Step-by-step demonstration of the laboratory procedures.
Recommended for: Orthodontists, Dental technicians, General dentists.
Lektion 9.Constructing Indirect Compound Planas Tracks with Equiplan
– Indications for application of Indirect Compound Planas Tracks (ICPT) with Equiplan
– The function of the Equiplan
– Step-by-step construction of Indirect Compound Planas Tracks (ICPT) with Equiplan:
- Positioning and dimensioning the Equiplan
- Application of the the telescopic tubes
- Constructing and positioning Planas Tracks
- Construction of the dorsal arches.
Recommended for: Orthodontists, Dental technicians, General dentists.
Lektion 10.Orlando Santiago System 4 (OSS4). The Indirect Planas Tracks and The Inferior Wave Bar Model
– Laboratory and clinical features of the OSS4 model
– Indications for the clinical application of OSS4 model
– Construction of a therapeutic mandibular posture change (TMPC) with the OSS4 model
– Wire bending and fabrication of:
- Occlusal support
- The inferior wave bar
- The inferior vestibular arch.
– Construction and positioning of Planas Tracks on the OSS4 model.
Recommended for: Orthodontists, Dental technicians, General dentists.
Der Kurs beinhaltet die nächsten Lektionen:
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32M
Lektion 1
Neuro-occlusal rehabilitation: introduction
Carlos De Salvador PlanasLektionsprogramm zeigen
0:01
Introduction to Neuro-Occlusal Rehabilitation and Planas
6:03
Balanced Occlusion: Definition, Dynamics and Clinical Impact
15:54
Hanau Factors, Planas' Three Laws and Prosthetic Application
25:23
Occlusal Plane Genesis, Development and Dietary Influence
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32M
Lektion 2
Neuro-occlusal rehabilitation. Planas appliances
Carlos De Salvador PlanasLektionsprogramm zeigen
0:01
Plana's laws: Minimal Vertical Dimension and Functional Angle
7:41
Plana appliances: Tracks, Mechanics, and Lateral Stimulation
15:38
Clinical application: Selective Grinding and Neuroocclusal Rehabilitation
23:24
TMJ disorders, Prosthetic Occlusal Rehabilitation, and Pediatric Applications
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1S 9M
Lektion 3
Physiology of mastication: Planas laws
Carlos De Salvador PlanasLektionsprogramm zeigen
0:01
Introduction to Neuro‑Occlusal Rehabilitation and Planas' Laws
4:20
Physiology of Mastication and Masticatory Cycles
11:05
Planas Functional Masticatory Angle — Measurement Methods
16:27
Functional Angle: Clinical Examples and Chewing Side Analysis
20:56
Law of Minimal Vertical Dimension and Functional Occlusion
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23M
Lektion 4
Therapeutic principles in neuro-occlusal rehabilitation
Carlos De Salvador PlanasLektionsprogramm zeigen
0:01
Neuro-occlusal rehabilitation: principles and objectives
9:45
Mastication and occlusal development
12:56
Treatment modalities: selective grinding, direct tracks, Planas appliances
Zeig mehr(6)
Orthodontics
Treatment methods
Bite
Treatment depending on the timing
Functional Dentistry
Treatment methods
Pathologies
General questions
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Haben Sie sich für ein Lernformat entschieden?
Einmaliger Kauf | |||
|---|---|---|---|
Unterricht inklusive | – | 10 Lektionen dieses Kurses | |
Zugriffszeitraum | ohne Grenzen | 180 Tage | |
Preis pro Unterrichtseinheit | ... | 41 $ | |
Gesamtpreis | ... pro jahr | 409 $ Pro Kurs | |
Dozenten 2
Führender Anhänger und Nachfolger von Professor Pedro Planas. Professor im Master's Program in Orthodontics an der University of Barcelona, Spanien. Präsident der Spanish Association CIRNO (Pedro Planas Association). Direktor und Spezialist bei Dentoclinic, Barcelona. Mitglied des International Club of Facial Morphology. Doktor der Medizin und Chirurgie mit Spezialität in Stomatologie. Weltweit führender Experte für neuro-okklusale Rehabilitation und die Planas-Gesetze der stomatognathen Systementwicklung.
Über 25 Jahre klinische Erfahrung in Anwendung und Lehre des Planas-Konzepts der neuro-okklusalen Rehabilitation. Experte für balancierte Okklusion, Planas-Apparaturen für kieferorthopädische Behandlung, selektive Schleifprotokolle, funktionellen Kauwinkel nach Planas (AFMP), Behandlung von Klasse II/III-Malokklusionen und offenem Biss nach Planas-Philosophie, prothetische Protokolle unter Anwendung der Planas-Gesetze und Rehabilitation vollständig zahnloser Patienten mit physiologischer Okklusionsebene. Bekannt als primäre Autorität, die Professor Pedro Planas' Vermächtnis in funktioneller und neuro-okklusaler Rehabilitation fortsetzt.
Internationaler Dozent mit ausgedehnten Präsentationen in ganz Europa, Lateinamerika, Russland und weltweit über das Planas-Konzept und neuro-okklusale Rehabilitation. Autor zahlreicher wissenschaftlicher Publikationen in internationalen Zeitschriften über Planas-Gesetze, funktionelle Kieferorthopädie und prothetische Rehabilitation nach neuro-okklusalen Prinzipien. Schöpfer umfassender Online-Kurse zur neuro-okklusalen Rehabilitation einschließlich "The Planas Laws: Neuro-occlusal Rehabilitation" und "Encyclopedia of the Planas Concept", gemeinsam unterrichtet mit Orlando Santiago Júnior. Ausbilder für praktische Kurse über Planas-Apparaturherstellung, selektive Schleiftechniken und prothetische Behandlung unter Verwendung funktioneller Okklusionsprinzipien. Regelmäßiger Präsentator auf großen internationalen Kongressen über funktionelle Zahnmedizin, Kieferorthopädie und Prothetik. Ausbilder, der Hunderte von Zahnärzten weltweit in systematischen Ansätzen zur Diagnose und Behandlung funktioneller Störungen des stomatognathen Systems ausgebildet hat.
MD (Doktor der Medizin und Chirurgie, 1983). Spezialist für Stomatologie (1986). Professorenernennung im Master's Program in Orthodontics der University of Barcelona. Präsident der Spanish Association Pedro Planas (seit 2002).
Adjunct Professor für Kieferorthopädie und funktionelle Kieferorthopädie an der School of Dentistry der Arnaldo Jansen Faculty in Belo Horizonte, Brasilien, sowie Professor an der School of Dentistry von Unicentro Promove. Sein klinischer und wissenschaftlicher Schwerpunkt umfasst funktionelle Kieferorthopädie, temporomandibuläre Störungen, dentale Okklusion, Messung der Bisskraft, kraniofaziales Wachstum sowie die Anwendung von Bioengineering und Nanomaterialien bei der Entwicklung dentaler Geräte.
Er promovierte in Mechanical Engineering mit Schwerpunkt Bioengineering an der Universidade Federal de Minas Gerais, UFMG. Seine Forschung verbindet Zahnmedizin und Ingenieurwissenschaften bei der Entwicklung und Validierung funktionell-orthopädischer Apparaturen, darunter eine retrospektive Studie zu Behandlungsergebnissen der funktionellen Kieferorthopädie bei TMD-Patienten, veröffentlicht im Journal of Jaw Functional Orthopedics and Craniofacial Growth. Er ist Mitautor des Atlas of Construction of Orthopedic Functional Appliances, portugiesische Ausgabe. Er ist Mitglied der Academy of Dentistry of Minas Gerais.
Editor-in-Chief des Journal of Jaw Functional Orthopedics and Craniofacial Growth, Extrica Publishing.
DDS. PhD in Mechanical Engineering, Bioengineering, UFMG, Belo Horizonte.
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