OHI-S OrthoEvolution 3.0 4 lessons 5h 54min

Orthodontics • Treatment Stability • Facial Asymmetry • TMJ & Condylar Disorders

4 Lessons | 5 Hours 54 Minutes

Advance your approach to complex orthodontic diagnosis and treatment planning with OHI-S OrthoEvolution 3.0 4 lessons 5h 54min, a focused orthodontic program addressing retention and relapse, root resorption, facial asymmetry, hemimandibular hyperplasia, progressive condylar resorption, and severe temporomandibular joint (TMJ) conditions.

Across four lessons and 5 hours 54 minutes, the course examines important clinical challenges that can influence orthodontic treatment stability, structural balance, tooth movement, facial symmetry, and temporomandibular joint management.

The curriculum includes:

• Orthodontic retention
• Relapse prevention
• Space-saving techniques
• Mini-implants
• Orthodontic elastics
• Class II retention protocols
• Open bite retention
• Root resorption
• Genetic risk factors
• Biological risk factors
• Mechanical risk factors
• Facial asymmetry
• Hemimandibular hyperplasia
• Condylar hypoplasia
• Osteochondroma
• 3D treatment planning
• Conservative management
• Surgical management
• Progressive condylar resorption
• Idiopathic condylar resorption
• Degenerative TMJ disease
• Unsalvageable TMJ conditions
• Autogenous TMJ replacement
• Alloplastic TMJ replacement
• Post-surgical orthodontic care

Course Details

• Course: OHI-S OrthoEvolution 3.0
• Provider: OHI-S
• Lessons: 4
• Duration: 5 Hours 54 Minutes
• Primary Focus: Orthodontics
• Clinical Focus: Treatment Stability / Facial Asymmetry / Condylar Disorders / TMJ Management
• Related Fields: Functional Dentistry / Oral and Maxillofacial Surgery
• Format: Dental Educational Program
• Language: English

Course Overview

Orthodontic treatment does not end when active tooth movement is completed.

Long-term treatment success can be influenced by:

• Retention strategy
• Relapse risk
• Root response to orthodontic forces
• Skeletal asymmetry
• Condylar growth abnormalities
• Temporomandibular joint pathology
• Surgical requirements
• Post-surgical orthodontic management

OHI-S OrthoEvolution 3.0 addresses these complex areas through a four-lesson program focused on treatment stability, anatomical complications, severe structural abnormalities, and TMJ-related conditions.

The curriculum progresses through several major clinical areas:

Retention & Relapse → Root Resorption → Facial Asymmetry → Hemimandibular Hyperplasia → Condylar Resorption → Advanced TMJ Management

The program is designed for clinicians managing orthodontic cases in which long-term stability and underlying skeletal or joint pathology can significantly influence treatment planning.

Learning Objectives

Upon completion of this program, participants should be better able to:

• Formulate comprehensive retention plans to prevent relapse, utilizing space-saving techniques, mini-implants, elastics, and specific protocols for Class 2 and open bite cases.
• Identify predisposing genetic, biological, and mechanical factors for root resorption to effectively inform patients and manage treatment risks.
• Diagnose facial asymmetry and differentiate underlying pathologies, including hemimandibular hyperplasia, condylar hypoplasia, and osteochondroma.
• Develop 3D treatment plans for hemimandibular hyperplasia, evaluating the efficacy of conservative versus surgical approaches.
• Assess and clinically manage progressive/idiopathic condylar resorption and degenerative TMJ diseases.
• Execute protocols for unsalvageable TMJs, including indications for autogenous and alloplastic replacements alongside post-surgical orthodontic care.

ORTHODONTIC RETENTION

Retention & Long-Term Stability

One of the central themes of OrthoEvolution 3.0 is maintaining orthodontic results after active treatment.

The course reviews the development of comprehensive retention strategies intended to reduce the risk of relapse.

Important areas include:

• Retention planning
• Relapse prevention
• Space management
• Orthodontic mechanics
• Long-term stability considerations

ORTHODONTIC RELAPSE

Understanding Relapse Risk

Relapse can compromise an otherwise successful orthodontic result.

The program reviews approaches to developing retention plans according to the characteristics of the orthodontic case rather than applying a single strategy to every patient.

The curriculum includes specific attention to:

• Space preservation
• Mini-implant use
• Elastics
• Class II cases
• Open bite cases

SPACE-SAVING TECHNIQUES

The retention component includes space-saving techniques as part of comprehensive relapse prevention.

Space management can be incorporated into the overall retention strategy depending on the original malocclusion and treatment objectives.

MINI-IMPLANTS

Mini-Implants in Retention Planning

The program includes the use of mini-implants within selected retention strategies.

Mini-implant-supported approaches are discussed as part of the range of tools that may be considered when developing individualized plans for maintaining orthodontic outcomes.

ORTHODONTIC ELASTICS

Elastics are also incorporated into retention and relapse-management strategies.

The course examines their potential role within selected clinical protocols, particularly when treatment stability remains a concern.

CLASS II RETENTION

Retention Following Class II Treatment

Class II orthodontic cases may present distinct stability considerations after active treatment.

The program includes specific retention protocols for Class II cases, emphasizing the need for treatment-specific planning rather than generalized retention alone.

OPEN BITE RETENTION

Maintaining Open Bite Correction

Open bite cases can present important retention challenges.

The curriculum addresses specific protocols for maintaining correction and reducing the risk of relapse following treatment of open bite malocclusion.

ROOT RESORPTION

Orthodontically Related Root Resorption

Root resorption is an important potential complication associated with orthodontic tooth movement.

OrthoEvolution 3.0 reviews factors that may predispose patients to root resorption during treatment.

These include:

• Genetic factors
• Biological factors
• Mechanical factors

Root Resorption Risk Assessment

Understanding risk factors can support:

• Treatment planning
• Patient counseling
• Risk communication
• Clinical monitoring
• Modification of orthodontic mechanics when appropriate

The course emphasizes identifying predisposing factors before and during treatment.

GENETIC FACTORS

Some patients may demonstrate biological susceptibility to root resorption.

The curriculum includes consideration of genetic predisposition when assessing individual orthodontic risk.

BIOLOGICAL FACTORS

Biological characteristics can influence the response of teeth and supporting structures to orthodontic forces.

The program reviews these factors as part of a broader assessment of root resorption risk.

MECHANICAL FACTORS

Orthodontic mechanics can also influence the risk of root resorption.

The course addresses mechanical considerations involved in tooth movement and their relationship to treatment-related root changes.

FACIAL ASYMMETRY

Diagnosis of Facial Asymmetry

Facial asymmetry can arise from different developmental, skeletal, condylar, and pathological processes.

The course focuses on accurate diagnosis and differentiation of the underlying cause.

Conditions addressed include:

• Hemimandibular hyperplasia
• Condylar hypoplasia
• Osteochondroma

Accurate diagnosis is critical because these conditions may require substantially different treatment strategies.

HEMIMANDIBULAR HYPERPLASIA

Diagnosis & Treatment Planning

Hemimandibular hyperplasia can result in significant mandibular and facial asymmetry.

The program examines clinical assessment and 3D treatment planning for affected patients.

Key considerations include:

• Facial asymmetry
• Mandibular structural differences
• Condylar involvement
• Three-dimensional planning
• Conservative treatment
• Surgical treatment

3D TREATMENT PLANNING

Three-dimensional planning is incorporated into the management of hemimandibular hyperplasia.

The course emphasizes evaluating skeletal abnormalities within a spatial framework before selecting the final treatment strategy.

The clinical pathway can be considered as:

Diagnosis → 3D Assessment → Structural Analysis → Treatment Strategy → Orthodontic / Surgical Planning

CONSERVATIVE VS. SURGICAL MANAGEMENT

The program examines the relative role of:

• Conservative approaches
• Surgical approaches

in the management of hemimandibular hyperplasia.

The appropriate pathway depends on the underlying structural condition and treatment requirements.

CONDYLAR HYPOPLASIA

Condylar hypoplasia is included within the differential diagnosis of facial asymmetry.

Recognizing reduced condylar development can help distinguish it from conditions involving excessive or abnormal condylar growth.

OSTEOCHONDROMA

Condylar Osteochondroma

Osteochondroma is another pathology addressed within the differential diagnosis of facial asymmetry.

The course emphasizes distinguishing osteochondroma from other structural causes of mandibular and condylar asymmetry.

CONDYLAR RESORPTION

Progressive Condylar Resorption

The program addresses progressive condylar resorption, a challenging condition that can affect mandibular structure, occlusion, facial balance, and orthodontic treatment planning.

Clinical management requires careful assessment of both the joint and the resulting dentofacial changes.

IDIOPATHIC CONDYLAR RESORPTION

The curriculum also includes idiopathic condylar resorption.

The course focuses on clinical assessment and management of cases in which condylar structural loss may significantly influence treatment strategy.

DEGENERATIVE TMJ DISEASE

Temporomandibular Joint Degeneration

Degenerative disease of the temporomandibular joint (TMJ) can complicate orthodontic treatment and dentofacial management.

The program addresses assessment and clinical management of degenerative TMJ conditions alongside progressive and idiopathic condylar resorption.

TMJ ASSESSMENT

The advanced TMJ portion of the course requires integration of:

• Joint condition
• Condylar structure
• Facial asymmetry
• Occlusion
• Orthodontic requirements
• Potential surgical management

This creates a multidisciplinary treatment-planning framework.

UNSALVAGEABLE TMJ CONDITIONS

Advanced TMJ Management

Some temporomandibular joints may reach a stage at which conventional joint-preserving strategies are not sufficient.

The course includes protocols for unsalvageable TMJs, addressing advanced reconstructive options and their relationship to orthodontic treatment.

AUTOGENOUS TMJ REPLACEMENT

The program reviews indications for autogenous replacement as one potential reconstructive approach for severe TMJ conditions.

Treatment selection depends on the clinical situation and broader surgical plan.

ALLOPLASTIC TMJ REPLACEMENT

Alloplastic Joint Reconstruction

Alloplastic TMJ replacement is also included in the curriculum.

The course examines its indications within the treatment pathway for joints considered unsalvageable.

POST-SURGICAL ORTHODONTIC CARE

Orthodontic treatment may continue to play an important role after TMJ or maxillofacial surgery.

The curriculum addresses post-surgical orthodontic care as part of comprehensive management.

Potential areas of focus include:

• Occlusal management
• Orthodontic finishing
• Coordination with surgical treatment
• Treatment stability

Orthodontics & Oral Surgery Integration

Some cases addressed in OrthoEvolution 3.0 require cooperation between orthodontic and surgical disciplines.

The treatment pathway can therefore extend from:

Orthodontic Diagnosis → Skeletal / TMJ Assessment → 3D Planning → Surgical Decision → Post-Surgical Orthodontics

This multidisciplinary perspective is particularly relevant for severe asymmetry and advanced TMJ disease.

Cross-Specialty Clinical Focus

Orthodontics + TMJ

Condylar pathology can influence:

• Occlusion
• Mandibular position
• Facial symmetry
• Orthodontic stability

For this reason, TMJ assessment can become an important component of complex orthodontic diagnosis.

Orthodontics + Oral & Maxillofacial Surgery

Cases involving severe:

• Hemimandibular hyperplasia
• Facial asymmetry
• Condylar pathology
• TMJ destruction

may require combined orthodontic and surgical planning.

Orthodontics + 3D Planning

Three-dimensional analysis can support assessment of structural abnormalities that cannot be adequately understood through tooth position alone.

This is particularly relevant to:

• Facial asymmetry
• Mandibular abnormalities
• Condylar disorders
• Surgical planning

Major Retention & Stability Topics

• Orthodontic Retention
• Relapse Prevention
• Long-Term Stability
• Space-Saving Techniques
• Mini-Implants
• Elastics
• Class II Retention
• Open Bite Retention
• Post-Treatment Stability

Major Root Resorption Topics

• Root Resorption
• Orthodontic Tooth Movement
• Genetic Predisposition
• Biological Risk Factors
• Mechanical Risk Factors
• Patient Risk Assessment
• Patient Counseling
• Treatment Risk Management

Major Facial Asymmetry Topics

• Facial Asymmetry
• Mandibular Asymmetry
• Hemimandibular Hyperplasia
• Condylar Hypoplasia
• Osteochondroma
• Differential Diagnosis
• 3D Treatment Planning
• Conservative Management
• Surgical Management

Major Condylar & TMJ Topics

• Progressive Condylar Resorption
• Idiopathic Condylar Resorption
• Degenerative TMJ Disease
• Temporomandibular Joint Disorders
• Unsalvageable TMJ
• Autogenous Replacement
• Alloplastic Replacement
• TMJ Reconstruction
• Post-Surgical Orthodontics

Who Should Take This Course?

OHI-S OrthoEvolution 3.0 is recommended for dental professionals involved in orthodontic treatment, dentofacial diagnosis, functional assessment, and complex skeletal or TMJ-related cases.

It is particularly relevant for:

• Orthodontists
• General Dentists
• Functional Dentists
• Oral and Maxillofacial Surgeons
• Dentists managing complex orthodontic cases
• Clinicians treating facial asymmetry
• Clinicians involved in TMJ-related treatment planning
• Dental professionals interested in orthodontic treatment stability

Why This Course Is Useful

OHI-S OrthoEvolution 3.0 4 lessons 5h 54min brings together several advanced issues that can determine whether orthodontic treatment remains stable and whether complex dentofacial cases are managed appropriately.

The program can help learners review:

• Orthodontic retention
• Relapse prevention
• Class II retention
• Open bite retention
• Mini-implants
• Orthodontic elastics
• Root resorption
• Genetic, biological, and mechanical risk factors
• Facial asymmetry
• Hemimandibular hyperplasia
• Condylar hypoplasia
• Osteochondroma
• 3D treatment planning
• Conservative versus surgical management
• Progressive condylar resorption
• Idiopathic condylar resorption
• Degenerative TMJ disease
• Advanced TMJ reconstruction
• Autogenous joint replacement
• Alloplastic joint replacement
• Post-surgical orthodontic care

The curriculum can be summarized as:

Treatment Stability → Risk Management → Facial Asymmetry → Condylar Diagnosis → TMJ Reconstruction

within an advanced orthodontic and maxillofacial treatment-planning framework.

Product Information

• Product: OHI-S OrthoEvolution 3.0 4 lessons 5h 54min
• Provider: OHI-S
• Lessons: 4
• Duration: 5 Hours 54 Minutes
• Primary Focus: Orthodontics
• Specialties: Orthodontics / Functional Dentistry / Oral and Maxillofacial Surgery
• Clinical Topics: Retention / Relapse / Root Resorption / Facial Asymmetry / Condylar Resorption / TMJ Management
• Available From: MedicalAmboss.com

Short Description

OHI-S OrthoEvolution 3.0 4 lessons 5h 54min is an advanced orthodontic program focused on retention and relapse, root resorption, facial asymmetry, hemimandibular hyperplasia, condylar disorders, and complex TMJ management.

Across four lessons and 5 hours 54 minutes, the course reviews Class II and open bite retention, mini-implants, root resorption risk factors, 3D planning for facial asymmetry, progressive and idiopathic condylar resorption, degenerative TMJ disease, autogenous and alloplastic joint replacement, and post-surgical orthodontic care.

You will find it on MedicalAmboss.com.

Topics

• Orthodontic Retention: Development of comprehensive retention strategies intended to reduce post-treatment relapse.
• Relapse Prevention: Long-term planning for maintaining orthodontic treatment outcomes.
• Space-Saving Techniques: Use of space-management approaches as part of retention planning.
• Mini-Implants: Integration of mini-implants into selected orthodontic retention strategies.
• Orthodontic Elastics: Use of elastics within retention and stability protocols.
• Class II Retention: Specific retention considerations following Class II treatment.
• Open Bite Retention: Protocols designed to maintain correction of open bite cases.
• Root Resorption: Identification and management of risk associated with orthodontically related root resorption.
• Genetic Risk Factors: Predisposing genetic factors associated with root resorption.
• Biological Risk Factors: Biological variables influencing root response to orthodontic treatment.
• Mechanical Risk Factors: Orthodontic mechanical factors associated with root resorption.
• Facial Asymmetry: Diagnostic assessment of underlying causes of facial and mandibular asymmetry.
• Hemimandibular Hyperplasia: Diagnosis and treatment planning for unilateral mandibular overgrowth.
• Condylar Hypoplasia: Differentiation of reduced condylar development within facial asymmetry.
• Osteochondroma: Recognition of osteochondroma within the differential diagnosis of condylar and facial asymmetry.
• 3D Treatment Planning: Three-dimensional assessment and treatment planning for hemimandibular hyperplasia.
• Conservative Management: Evaluation of non-surgical approaches for selected structural abnormalities.
• Surgical Management: Assessment of surgical treatment strategies for appropriate asymmetry cases.
• Progressive Condylar Resorption: Clinical assessment and management of progressive condylar structural loss.
• Idiopathic Condylar Resorption: Evaluation and treatment considerations in idiopathic condylar resorption.
• Degenerative TMJ Disease: Clinical management of degenerative temporomandibular joint disorders.
• Unsalvageable TMJ: Treatment protocols for severe joint pathology in which the TMJ cannot be preserved.
• Autogenous TMJ Replacement: Indications for autogenous reconstructive approaches.
• Alloplastic TMJ Replacement: Indications for alloplastic temporomandibular joint replacement.
• Post-Surgical Orthodontics: Orthodontic management following surgical and TMJ reconstruction procedures.

Lesson 1. Retention and relapse in orthodontics

• Retention of treatment results

• The dependence of the retention plan on the ongoing orthodontic treatment

• Saving space for tooth extraction (clinical case demonstration)

• The final stage of orthodontic treatment and detail in order to obtain a stable result

• Evidence-Based Open Bite Treatment Protocol

• The use of mini implants and elastics in order to obtain a table result

• Protocols to follow after maxillary expansion

• The value of excessive correction in obtaining a stable result

• Retention protocol after treatment of Class 2 by growth modifications

• Retention protocol after treatment of Class 2 with an average angle

• The protocol for retaining High Mandibular plane angle Class 2 cases

Lesson 2. Root resorption associated with orthodontic tooth movement

• Informed consent of the patient before starting orthodontic treatment (identification of risk factors for root resorption. Conversation with the patient about these factors and the consequences of orthodontic treatment)

• Biological aspects of root resorption

• Predisposing factors to root resorption:

  • Factors Related to Tooth Movements

  • Factors related to the shape of the roots

  • Factors related to Cortical bone thickness

  • Factors related to Duration of treatment

  • Factors related to the degree of initial root resorption prior to starting Ortho treatment

  • Factors Related to Genetic predisposition of the patient

Lesson 3. Hemimandibular hyperplasy and facial asymmetry

• Diagnostics of facial asymmetry. Facial asymmetry classification

• Differential diagnosis of pathologies that cause facial asymmetry

• 3D planning of the treatment of hemimandibular hyperplasia: conservative vs surgical

• Hemimandibular elongation: diagnosis and treatment

• Osteochondroma: aetiology, diagnosis, and treatment

• Condylar hypoplasia: aetiology, diagnosis, and treatment

• The effect of unilateral condylar hyperplasia in a growing and non growing individual

• Тhe effect of condylar fracture or trauma (impact) to the joint that may affect mandibular growth

• Long-term results of treatment of hеmimandibular hyperplasia and facial asymmetry

Lesson 4. Progressive/Idiopathic Condylar Resorption: Case Reports. Management of unsalvageable TMJ

• Normal and pathological TMJ: diagnostic criteria

• Progressive/Idiopathic Condylar Resorption

• Тhe pathogenesis of TM joint degenerative disease

• Тhe clinical management of TM joint arthritis

• Management of unsalvageable TMJ: autogenous and alloplastic replacement

• Alloplastic replacement of the TMJ: indications and contraindications, treatment planning, protocol operations

• Post-surgical orthodontic treatment of TMJ diseases

• Long-term results of treatment of TMJ diseases

• The role of other specialists in the treatment of TMJ diseases