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10 modules for complete orthodontic course

  • Anatomy, Physiology and Malocclusions
  • Understanding 3-Dimensional Malocclusions – Pitch, Yaw, Roll
  • Basic Orthodontic Photography
  • Functional Concepts and Analysis of Occlusion
  • 2-Dimensional Radiographs and Lateral Cephalometric Analysis
  • Aetiology of Malocclusions
  • Problem List Construction
  • Diagnosis & Case Presentation

  • Treatment Objectives – Andrew’s 6 Keys of Occlusion, and Roth Williams Philosophy
  • Active and Reactive Components in Treatment Planning
  • Sequential, Simultaneous, and Segmental Methodologies
  • Anchorage in Orthodontic
  • Critical Thinking in Diagnosis and Treatment Planning
  • Treatment Planning and Case Presentation

  • Force and force system
  • Elements of statics
  • Vectorial calculations
  • Relation between force system and dental movements
  • Analysis of static Equilibrium
  • Statically Determinate and indetorminate appliances
  • Two vector mechanics
  • Burstone six geometrics
  • Consitant and inconsistancies in orthodontics

  • Levelling and Alignment
  • Transpalatal Arch Appliance
  • Mandibular Clockwise Rotations
  • Auxiliary Wires Fabrication and Activation Workshop
  • Patient Simulation on Levelling and Alignment Activities on Typodont Model

  • Applied Space Creation (Non-Extraction and Extraction Approaches)
  • Space Consolidation
  • Mechanics Breakdown on Canine Retraction
  • Mechanics Breakdown on Anterior Retraction
  • Wire bending Workshop
  • Space Consolidation Activities on Typodont Models

  • Protocols for Temporary Anchorage Device Insertion
  • Auxiliaries and Failures on Temporary Anchorage Devices
  • 3-Dimensional Case Management with Temporary Anchorage Devices
  • Space Consolidation with Temporary Anchorage Devices
  • Temporary Anchorage Device Insertion Workshop on Typodont Models
  • Space Consolidation with TADs Workshop

  • Relevelling & Alignment
  • Finishing Stage of Orthodontic
  • 3rd Order Finishing Bends Workshop
  • Mechanics Breakdown with Interarch Elastics
  • Multiple Edgewise Archwire Technique Workshop
  • Arch Coordination Activities (Bonwill-Hawley)
  • Finishing Activities on Typodont Models

  • Retention and Stability protocols
  • Debonding
  • Mechanics Breakdown on Retainers
  • Interdisciplinary Seminars in TMJ, Endodontics, Surgery, Prosthodontics, Periodontics and Pediatrics

  • Frontal Cephalometric Analysis
  • Digital Manipulation of 2-Dimensional Records
  • Cone Beam Computed Tomography and Manipulation Workshops
  • Object Scan Sources and Manipulation
  • Digital Visual Treatment Objectives
  • Temporary Anchorage Device Digital Insertion Planning and Insertion Guide Fabrication
  • Indirect Bonding
  • Clear Aligner Fundamentals: The Scientific Approach
  • In-house Dental 3D Printing Overview and Fundamentals

  • Orthodontic Frequently Asked Questions
  • Case Presentation
  • Practice Management
  • Student Evaluation
  • Graduation

Basic Course Outline

Course Curriculum

  • History of orthodontic appliance development and where we are now.
  • Craniofacial growth & development.
  • Orthodontic diagnosis & treatment planning.
  • Concept of cephalometry.
  • Biology of tooth movements.
  • Armamentarium in orthodontics.
  • Straight wire Philosophy
    1.MBT
    2. Roth
    3. Active and Passive self legating System.
  • The 3 steps in completing an orthodontic cases.
  • Non Extraction treatment planing and implimentation.
  • Concepts of space closure.
  • Correction of vertical problems
  • Case Discussions ( atleast 3 patient of each participants ).

Practical Activity

  • Cephalometric tracing and interpretation for at least 3 cases.
  • Bonding & Banding exercise
  • Fabrication of various loops.
  • Modal analysis.
  • Fabrication of intrusion Arches / utility Arches.

Specialized course will be mainly focused on :-

Course Curriculum

  • Ancharge reinforcement & its importance.
  • Biomechanics in orthodontics.
  • Understanding the concepts of equilibrium, Equivalency of force system.
  • Importance of mechanical principals of clasical Physics in orthodontics.
  • Digital plannig and implementation of teeth movements.
  • Material Science.
  • Covalent and non-covalent force system.
  • How to achieve the consistancy.
  • Mandibular Repositioning.

Practical Activity

  • 1st, 2nd & 3rd order activation protocols.
  • TPA & LA activations and interpretation of the force system developed.
  • Loops activation and practivations.
  • Cantilever major and minor configurations.
  • TAD'S practical activity.
  • Achieving consistant Geometrics.

Mastership Course Outline :-

Course Curriculum

  • Mechanics of tooth movement.
  • Basic of occlusogram.
  • Force & force system in orthodontics.
  • Statically Determinate & interminate appliance.
  • Inconsistancy in orthodontics & designing consistent appliences.
  • Torque & uprighting.
  • Temporary ancharges devices and ancharge planning.

Practical Activity

  • Basic photography and orthodontic record taking.
  • Bonding & banding exercise.
  • Passive segmentation.
  • 1st, 2nd and 3rd order wire bending.
  • TPA & LA Fabriction and activation
  • Loops fabrication and their activation.
  • Practical activities on burstone Geometrics.
  • Intrusion arches and utility arches.
  • Designing and activation of cantilevers.
  • Practical activity on miniImplant placement.

If you are looking for Dental school in Haryana, then come to our School of Rational Orthodontic in Bhiwani, we can provide you the best education because our staff is well educated. Our school is the best school in Haryana.

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Adarsh Nagar, Naya Bazar, Housing Board Colony, Bhiwani, Haryana 127021

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+91 9813089988

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