Online Congress "Laser Therapy in Dentistry"

– The fundamental principles of laser-tissue interaction: absorption, scattering, and thermal effects
– Most used laser types in dentistry
– Characteristics of laser light:

- monochromatic
- directional
- coherent.

– Identify and differentiate between different laser wavelengths and their corresponding tissue interactions
– Mechanisms of laser energy absorption by different target tissues:

- enamel
- dentin
- soft tissues.

– The effects of laser parameters, such as power, pulse duration, and frequency, on tissue interaction and treatment outcomes
– Analyze the effects of laser energy on different types of tissues: ablation, coagulation, and biostimulation
– The concept of selective photothermolysis and its relevance to laser-based dental treatments
– The latest research and advancements in laser tissue interaction, including new laser modalities and treatment protocols
– Optimization of the laser-assisted dental procedures, ensuring patient comfort, treatment efficacy, and successful outcomes.

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– The role of lasers in enhancing the pink esthetics of the oral cavity, specifically in relation to the gingival tissues
– Contraindications for gingivectomy and gingivoplasty
– Various components of pink esthetics, including gingival symmetry, contour, color, and texture
– Advantages of laser-assisted procedures for pink esthetics compared to traditional surgical techniques
– The different laser wavelengths and their specific applications in achieving desirable gingival aesthetics
– Techniques and protocols for laser-assisted gingival contouring, gingivectomy, and crown lengthening procedures. Video demonstration of the clinical cases
– The in-depth information about the techniques for the management of gingival hyperpigmentation.

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– The role of lasers as a minimally invasive and effective treatment option for periodontitis
– Evaluate different laser systems and wavelengths available for periodontal treatment and select the appropriate laser for specific clinical scenarios
– The principles of laser-assisted periodontal therapy:

- laser decontamination
- pocket sterilization
- tissue regeneration.

– The step-by-step procedures and techniques involved in laser-assisted periodontal therapy:

- laser debridement
- laser-assisted flap surgery
- laser-assisted flapless surgery.

– The benefits of lasers in periodontal treatment
– The importance of proper laser settings: power, pulse duration
– Analyze and interpret the scientific evidence and research supporting the efficacy of laser-assisted periodontal therapy.

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– Laser frenectomies for treating tongue-tie and labial frenectomy
– Prevalence and consequences of tongue-ties and frenum pulls in newborns
– Overview and principles of the PEEL technique for successful tongue-tie release:

- Peristalsis
- Elevation
- Extension
- Lateralization.

– Diagnosis and treatment criteria of the PEEL technique for the treatment of tongue-tie
– Step-by-step protocols of the PEEL technique for the treatment of tongue-tie
– Analysis of clinical cases and literature review.

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– Aetiology and classification of oral pigmentations
– Direct ablative technique using various wavelengths
– High-speed non-ablative technique using Digital Pulsed Diode Laser and blue laser
– Management of deep pigmentation in critical aesthetic zones, such as the papilla of the upper central incisors
– Treatment considerations for different types of oral pigmentations
– Laser-assisted depigmentation procedures
– Advantages and limitations of laser techniques for pigmentation managemen
– Clinical case studies demonstrating treatment outcomes.

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– Optical properties, characteristics, and features of 445nm blue laser
– Tissue interaction with 445nm blue laser
– Differentiation of 445nm blue laser from other diode wavelengths: indications and advantages
– Clinical applications of 445nm blue laser as a surgical tool for treating tongue-tie
– Step-by-step protocols for frenectomy using 445nm blue laser
– Step-by-step protocols for gingivectomy with 445nm blue laser
– Application of 445nm blue laser for the treatment of oral lesions
– Potential for photobiomodulation (PBM) for pain relief
– Analysis of clinical cases and literature review.

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– Fundamental basic science in Laser
– Characteristics of laser light and laser component
– Emission modes
– Laser-tissue interaction: STAR
– Biological reaction by laser light
– Types of dental lasers
– Laser advantages
– Applications and procedures performed with dental lasers
– Assessment anв planning: SOAP concept
– Laser safety mechanisms
– Selection the appropriate wavelengths for clinical procedures
– Laser applications in Orthodontics:

- gingivectomy
- operculectomy
- soft tissue crown lengthening
- removal of hyperplastic gingival tissue 
- labial frenectomy (upper lip)
- labial frenectomy (bottom lip)
- lingual frenectomy.

– Frenuloplasty assessment and treatment
– Orofacial Myofunctional Therapy (OMT)
– Surgical techniques and protocols in Orthodontics.

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– Fundamental basic science of lasers in clinical orthodontic practice
– The science of laser-tissue interaction
– Review of the different types of lasers used in orthodontics and their specific applications
– Photobiomodulation (PBM) or low-level laser therapy (LLLT)
– Principles of photobiomodulation and its role in accelerating orthodontic treatment
– PBM mechanisms, benefits, and applications
– Analysis of research literature on PBM applications in orthodontics
– Analysis of PBM clinical applications in orthodontic patients
– Guidelines for incorporating laser therapy into daily orthodontic practice.

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– Overview of lasers in dentistry, covering wavelengths and delivery systems
– Understanding the basic principles of laser science in orthodontics
– Protocols of laser gingival contouring to improve aesthetics
– Step-by-step video demonstration of laser-assisted crown lengthening
– Techniques for laser-assisted exposure of impacted canines
– Clinical advantages of using lasers in orthodontic practice
– Managing inflammation during laser treatment to enhance patient comfort and outcomes
– Analysis of clinical cases. 

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– The benefits of using lasers for finishing in orthodontics
– Understanding the importance of soft tissue aesthetics in achieving optimal results
– Detailed protocols for laser gingivectomy and gingivoplasty
– Step-by-step guidance on laser-assisted gingival contouring techniques
– Achieving ideal aesthetic gingival contours for enhanced smile outcomes
– Techniques for recreating ideal gingival tissue post-treatment
– Case studies of successful laser-assisted finishing in orthodontic treatment.

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– Reducing treatment duration with accelerated tooth movement techniques
– The effect of Low-Level Laser Therapy (LLLT) on the acceleration of orthodontic movement
– Step-by-step protocols for accelerated orthodontic treatment with laser therapy
– Laser-assisted management of iatrogenic irritation
– Laser-assisted treatment for muscular spasms
– Clinical case analysis
– Literature and research analysis on photobiomodulation and the concept of accelerated orthodontics.

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– Defining the endodontic experience for patient and dentist
– Mechanism of action of erbium lasers: Cavitation and “shockwave” generation
– The concept of Radial Apical Cleansing for the management of root canal systems
– Clinical laser applications in endodontics
– Histoanalysis of apical periodontitis
– Incorporating cone-beam computed tomography (CBCT) in endodontic diagnosis and treatment planning
– Multidisciplinary approaches in the management of endodontic-periodontal lesions
– The concept of laser preconditioning in the treatment of endodontic biofim
– Analysis of clinical cases. 
 

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– Clinical applications of lasers for the management of refractory diseases
– Managing complex and anatomically challenging root canal systems
– Advanced concepts of laser patency, laser recapitulation and laser drainage and decompression
– Treatment challenges encountered during root canal therapy
– Analysis of clinical cases. 

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– Laser management of internal and external resorption
– The concept of Retro-dontics
– Managment of perforations and separated insturments
– Protocols of endo retreatment with laser-assisted therapy
– Management of inaccessible and hidding canal anatomy
– Indications and contraindcations of of single visit endodontics
– Root canal iririggtion disinfection protocols
– Managment of complications encountered during single visit endodontics
– Predicting endodontic outcomes with confidence with laser-assisted root canal therapy
– Analysis of clinical cases.
 

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.

– Laser fluorescence for caries detection
– QLF (Quantitative Light-induced Fluorescence) technology
– Infrared reflectance imaging in clinical practice
– Application of DIFOTI (Digital Imaging Fiber-Optic Transillumination) systems
– Minimal invasive laser techniques for caries treatment
– Caries infiltration methods and protocols
– Biomimetic dentistry approaches with laser restorative concepts
– Analysis of clinical cases and literature reviews.

Recommended for: Orthodontists, Pediatric dentists, Endodontists, Restorative dentist, Periodontists, Implantologists, General dentists.