Most athletes focus on strength, conditioning, and mindset. But many overlook the role of oral function—especially the tongue—in breathing mechanics, postural stability, and neuromuscular coordination.
When the tongue rests low in the mouth, moves improperly during swallowing, or is tethered by restriction (such as tongue-tie), it can impact:
The tongue connects to the deep front line—a continuous fascial chain that runs from the floor of the mouth to the feet.
Dysfunction in the tongue's posture or mobility can create compensations throughout the body, altering:
Proper tongue function supports the posture-breathing-stability triad at the core of every movement.
Nasal breathing is a foundational component of efficient athletic output. When we breathe through the nose, the paranasal sinuses produce nitric oxide (NO)—a powerful vasodilator and signaling molecule.
Mouth breathing bypasses this system, compromising oxygen delivery and reducing the body’s natural ability to regulate inflammation and cellular regeneration.
Orofacial Myofunctional Therapy (OMT) addresses dysfunctions in oral posture, breathing, and swallowing by retraining neuromuscular patterns for long-term correction.
Athletes benefit from OMT through improvements in:
Whether you're a professional competitor, strength athlete, or lifelong mover, optimizing orofacial function can lead to:
Studies have shown that training the airway and tongue posture can increase nitric oxide levels, improve oxygen saturation, and lower perceived exertion.
OMT is emerging as a supportive tool in athletic recovery and performance optimization, especially when used alongside integrative care from dental, airway, or movement professionals.
If you’re serious about improving your breathing, posture, and recovery—start at the foundation.
Book a myofunctional therapy evaluation today and explore how functional training of the airway and orofacial system can support your peak performance.
Disclaimer:
The content on this page is intended for educational and informational purposes only. It is not medical or dental advice and should not be used as a substitute for professional diagnosis or treatment. Always consult with a qualified healthcare or dental provider before making changes to your diet, oral health routine, or treatment plan. Statements about supplemental chewing are based on current research in craniofacial development and are not intended to treat or cure medical conditions.
Roughly 60–70% of the active nitric oxide (NO) utilized by the body for oxygen transport and pulmonary function originates from the nasal passages—specifically the paranasal sinuses. This nitric oxide is only delivered effectively when breathing through the nose. Consistent nasal breathing allows this naturally produced NO to enter the lower airways, where it enhances oxygen absorption, promotes pulmonary vasodilation, and supports optimal respiratory efficiency.
Mouth breathing drastically reduces nitric oxide production, with significant implications for both performance and recovery. Without nasal airflow, nitric oxide availability drops sharply—limiting oxygen uptake, impairing vascular dilation, and compromising endurance, neuromuscular function, and overall systemic recovery. Over time, this deficit can contribute to increased fatigue, slower post-exertion recovery, and reduced adaptability to physical and cognitive stress.
DISCLAIMER: This survey does not take the place of a qualified medical professional. Information included is only meant for informational and educational purposes.
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