The airway, breathing and orthodontics

Area of Science:

• Dental medicine
• Craniofacial biology
• Respiratory physiology

Background:

• The interplay between airway, breathing, and malocclusion is complex and debated.
• Craniofacial development is significantly influenced by functional aspects like breathing.
• Form and function are dynamically interrelated during growth.

Purpose of the Study:

• To emphasize the critical role of dentists in managing airway development and craniofacial formation.
• To highlight the importance of early intervention in optimizing craniofacial form and function.
• To underscore the link between normalized breathing and healthy craniofacial growth.

Main Methods:

• Review of existing literature on craniofacial development and airway function.
• Analysis of the functional matrix theory in relation to dental and skeletal growth.
• Clinical observations on the impact of breathing patterns on facial morphology.

Main Results:

• A strong correlation exists between airway patency, breathing modes, and craniofacial skeletal patterns.
• Malocclusion can be a consequence of altered airway function and breathing habits.
• Early detection and management can positively influence craniofacial development.

Conclusions:

• Dentists must integrate airway management into their practice for comprehensive patient care.
• Optimizing airway and breathing function early in life is essential for proper craniofacial development.
• A proactive approach by dentists can prevent or mitigate malocclusion and improve overall health.