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This study aims to quantitatively evaluate oral muscle tissue in relation to tongue posture and nasal ventilation.

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Comprehensive study evaluates oral muscle tissue in children with low tongue posture, highlighting nasal ventilation conditions.

This study aims to quantitatively evaluate oral muscle tissue in relation to tongue posture and nasal ventilation.
Utilized cone beam computed tomography to assess oral muscle tissue in children.
Applied computational fluid dynamics to investigate nasal ventilation conditions.
Analyzed correlations between tongue posture and muscle tissue metrics.
Identified significant differences in oral muscle tissue among children with varying tongue postures.
Demonstrated how low tongue posture affects nasal ventilation efficiency, suggesting potential clinical implications.
Highlighted the importance of oral muscle evaluation in assessing overall respiratory health.

Suzuki et al. (2026) studied this question.

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View Full Paper

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Authors

Comprehensive study evaluates oral muscle tissue in children with low tongue posture, highlighting nasal ventilation conditions.

This study aims to quantitatively evaluate oral muscle tissue in relation to tongue posture and nasal ventilation.
Utilized cone beam computed tomography to assess oral muscle tissue in children.
Applied computational fluid dynamics to investigate nasal ventilation conditions.
Analyzed correlations between tongue posture and muscle tissue metrics.
Identified significant differences in oral muscle tissue among children with varying tongue postures.
Demonstrated how low tongue posture affects nasal ventilation efficiency, suggesting potential clinical implications.
Highlighted the importance of oral muscle evaluation in assessing overall respiratory health.

Suzuki et al. (2026) studied this question.

View Full Paper

Ask AI

Bookmark