Facing the Face of Today

Craniofacial dysfunction is increasingly recognized as a complex, multifactorial process involving far more than tooth position or the shape of the dental arches. To understand today's face, clinicians must look beyond structure alone and consider the dynamic interaction among connective tissue, neuromuscular function, breathing, swallowing, mastication, vision, posture, and the developing craniofacial complex.

Importantly, craniofacial dysfunction can begin before teeth are present. Birth-related cranial strain, connective tissue restrictions, compromised tongue mobility, altered suck–swallow–breathe coordination, and dysfunctional breathing patterns may influence the developing face from the earliest stages of life. Recognizing these patterns at birth and throughout childhood creates an opportunity to shift our clinical focus from correcting established dysfunction to identifying and supporting function during critical periods of growth and development.

What functions create a face? Nasal breathing, tongue-to-palate function, sucking, swallowing, chewing, and appropriate neuromuscular activity strongly influence craniofacial development. These functions do not operate independently. They interact with the airway, cranial base, cervical structures, temporomandibular joints, dental occlusion, postural mechanisms, and visual–vestibular systems as the child develops.

The dental occlusion can therefore be viewed not as an isolated endpoint, but as one component of a larger adaptive system. Tooth position reflects the balance—or imbalance—of the surrounding soft tissues and the functional demands placed upon the craniofacial complex. The developing system continually adapts to support essential functions including breathing, swallowing, mastication, visual orientation, and postural stability.

This 90-minute presentation will explore the challenges practitioners face in recognizing and treating today’s increasingly complex craniofacial dysfunctions. Participants will learn a function-first framework for identifying early signs of compromise, assessing key functions at different stages of development, and recognizing the soft tissue and connective tissue influences that may ultimately shape craniofacial growth and dental occlusion.

By identifying dysfunction earlier and evaluating the functions that influence facial development, practitioners from multiple disciplines can move toward a more preventive and collaborative model of care—one focused not simply on correcting structure, but on optimizing the functions that guide the developing face.

The goal is to change how we “face the face”: identify dysfunction earlier, understand the functional forces shaping development, and create opportunities to support healthier craniofacial growth from birth through adulthood.