DID YOU KNOW THAT the most common childhood disease today is tooth decay? Our team wants to empower you, as parents, to protect your child from the problems that come with early tooth decay.
It’s Easy To Protect Against Baby Bottle Tooth Decay
Tooth decay results when bacteria in one’s mouth interacts with the sugar and starches in foods and beverages, creating acid which erodes tooth enamel. And although baby teeth are temporary, they’re critical to a child’s health, comfort, and long term oral health development. Without proper care those baby teeth are subject to painful, unnecessary caries.
Don’t Let Babies Fall Asleep With Their Bottles
Do you ever put your baby to bed with a bottle? Seems harmless enough. But, if the bottle is full of milk or juice it’s also full of sugars that combine with bacteria to produce acids. Babies drift off with the bottles still in their mouths. The fluid pools around their teeth and the enamel on those new little teeth is slowly eroded away throughout the night. The result can be painful caries, and/or the need for stainless steel crowns. In addition, since children’s teeth are still coming in they’re more susceptible to decay underneath the gum line. This decay can become so severe that delicate surgery under a general anesthetic may be required to remedy the problem.
Take A Moment To Be Informed
If you start early, you may be able to train your child to drink water in his or her bottle at nap time. Here are some other tips:
- use gauze or a wet cloth to wipe children’s gums and teeth after feedings
- work toward using “sippy” cups by his or her first birthday
- don’t nurse continuously during the night
- never dip pacifiers in honey or any sugary liquid
The video below offers other suggestions:
If You Have Questions, Please Ask
Spread the word! Let other parents know about this issue as well. If you have any questions about dental health for your child, ask our team about it. You can leave a comment below, or on our Facebook page. You can also learn more about baby bottle tooth decay from this ADA webpage.