Blogs About Dentists
Newbury Park Dental Arts

Ankyloglossia: Understanding Tongue Tie and Its Implications

New Article Graphic

Ankyloglossia, commonly referred to as tongue tie, occurs when the frenulum—the tissue connecting the tongue to the mouth floor—is unusually short or thick. This condition can severely restrict tongue movement, especially impacting infants during breastfeeding. Babies with tongue tie often struggle to latch properly, which can lead to insufficient nutrition and heightened stress for both the infant and their caregivers. As children develop, the challenges associated with tongue tie can become more evident. They may have difficulties maintaining good oral hygiene, putting them at greater risk for dental issues such as cavities. Additionally, restricted tongue movement can hinder speech development, resulting in pronunciation difficulties that can affect communication and social interactions. At Newbury Park Dental Arts, we stress the significance of early identification and treatment of ankyloglossia. Our dedicated team focuses on creating personalized treatment plans, as effective communication plays a crucial role in a child’s overall health and development. A common procedure we offer is a frenectomy, which helps relieve tension in the frenulum. This simple intervention not only improves breastfeeding experiences but can also lead to clearer speech as the child grows. If you suspect that your child may be affected by tongue tie, it’s essential to seek a professional assessment without delay. Early intervention can lead to considerably better health outcomes. For more information about our treatment options for tongue tie, please visit our website. You can also stay updated by following us on Instagram.

Newbury Park Dental Arts
Phone: (805) 498-0400

400 S. Reino Road Suite 100
Newbury Park, CA 91320

This article is general information written by a licensed dentist. It is not personal dental advice and does not create a doctor–patient relationship. See your own dentist about your teeth.