Enamel Regeneration with Curodont™ in Wilmington
Holes do simply appear in your teeth. Cavities are the result of tooth decay that begins long before. When sugar and food particles accumulate around and between teeth, they feed oral bacteria that produce acids that gradually weaken the enamel. Traditionally, dentists monitored these early areas of “demineralization” until they progressed enough to require a filling. That approach is changing.
At Justison & Gladnick Family Dentistry, we’re proud to offer enamel regeneration treatment with Curodont™, an innovative treatment that helps teeth repair enamel during the earliest stages of decay. Instead of waiting for damage to worsen, Curodont offers a chance to intervene sooner.
What Is Curodont?
For patients wondering how to restore tooth enamel, Curodont is a significant shift from simply monitoring decay until a filling is unavoidable. Curodont is a non-invasive treatment designed for very early tooth decay, before a true cavity has formed. It uses a patented peptide technology that encourages minerals in saliva, like calcium and phosphate, to rebuild weakened enamel from within.
This represents an exciting advancement in tooth enamel repair because it addresses early damage without drilling or otherwise altering the healthy tooth structure. Though not suited for every cavity, Curodont can be an excellent option for certain patients whose decay is caught early.
How Does Enamel Regeneration Work?
Healthy enamel is constantly going through cycles of mineral loss and replacement. When bacteria tip the balance toward mineral loss, white spot lesions and early decay can develop. Curodont works by essentially "guiding" new minerals to weakened enamel. Even better, rather than simply covering the affected area, the treatment supports your body's natural remineralization process.
The procedure itself is quick and comfortable. After the tooth is cleaned and prepared, the Curodont solution is carefully applied to the area of early decay. That's it!
Over time, the tooth can regain strength as minerals are redeposited into the enamel.