Posts for: June, 2020
Root canal treatments are the go-to procedures dentists use to treat a tooth with advanced internal decay that has resulted in the pulp (nerve) dying. And for good reason: root canals are responsible for saving millions of teeth that would otherwise be lost.
In the basic root canal procedure, dentists make access into a tooth's interior with a small hole drilled into the crown. They then remove all diseased tissue within the pulp chamber and root canals. These now empty spaces are then filled, and the tooth is sealed and crowned to prevent further infection.
This is usually a straightforward affair, although it can be complicated by an intricate root canal network. In those cases, the skills and microscopic equipment of an endodontist, a specialist in root canals, may be needed to successfully perform the procedure.
But there are also occasional cases where it may be inadvisable to use a conventional root canal procedure to treat an endodontic infection. For example, it may be difficult to retreat a root canal on a restored tooth with a crown and supporting post in place. To do conventional root canal therapy, it would be necessary to take the restoration apart for clear access, which could further weaken or damage the remaining tooth's structure.
In this and similar situations, a dentist might use a different type of procedure called an apicoectomy. Rather than access the source of infection through the tooth's crown, an endodontist approaches the infection through the gums. This is a minor surgical procedure that can be performed with local anesthesia.
Making an incision through the gums at the level of the affected root, the endodontist can then remove any infected tissue around the root, along with a small portion of the root tip. They then place a small filling and, if necessary, grafting material to encourage bone growth around the area. The gums are then sutured in place and the area allowed to heal.
An apicoectomy is another way to attempt saving a tooth that's well on its way to demise. Without it or an attempt at a conventional root canal treatment, you might lose your tooth.
If you would like more information on treating advanced tooth decay, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Apicoectomy: A Surgical Option When Root Canal Treatment Fails.”
If you've been dealing with a tooth that needs to be removed—or it's already missing—you may be looking to replace it with a dental implant. And it's a great choice: No other restoration can provide the appearance and function of a real tooth like an implant.
You and your smile are ready for it. The question is, though, are your gums and underlying bone ready? These dental structures play a critical role in an implant's stability and eventual appearance. A problem with them may make placing an implant difficult if not impossible.
An implant requires around 2.0 millimeters of bone thickness surrounding the implant surface for adequate support and to minimize the chances of gum recession. But tooth loss often leads to bone loss that can drop its thickness below this threshold. This can make placing an implant problematic.
Fortunately, though, we may be able to address the lack of sufficient bone through bone grafting. By placing grafting material within the empty socket, we create a scaffold for new bone cells to grow upon. Over time this subsequent growth may be enough to maintain an adequate thickness of bone for an implant to be placed.
The gums may also pose a problem if they've shrunk back or receded from their normal positions, as often happens because of gum disease (which may also have precipitated the tooth loss). Again, grafting procedures can help ensure there's adequate gum coverage for the implant. And healthier gums may also help protect the underlying bone from loss.
There are several techniques for placing gum tissue grafts, depending on how much recession has taken place. One procedure in particular is often used in conjunction with implant placement. A small layer of synthetic collagen material or gum tissue referred to as pa dermal apron is included with the implant when its placed. Settling into the bone socket, this apron helps thicken the gum tissues, as well as preserve the underlying bone.
During your preliminary exams, we'll assess your bone and gum health to determine if we should take any steps like these to improve them. It may add some time to the implant process, but the end result will be well worth it.
If you would like more information on dental implants, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Immediate Dental Implants.”
The amount of sugar your child consumes has a huge bearing on their tooth decay risk: The more they take in, the higher it is for this destructive disease. That's why you should moderate their intake of the usual suspects: sodas, candies and other sugar-laden foods. But you should also put the brakes on something considered wholesome and nutritious: fruit juices. And that includes all natural juice with no sugar added.
Sugar in any form is a prime food source for decay-causing bacteria. As bacteria consume leftover sugar in the mouth, they produce acid as a byproduct. With an ample source of sugar, they also multiply—and this in turn increases their acid production. Acid at these high levels can soften and erode tooth enamel, which leads to tooth decay and cavities.
Limiting or even excluding sugar-added foods and snacks can help minimize your children's risk for tooth decay. For designated snack times, substitute items like carrot sticks or even popcorn with a dash of spice rather than sweet snacks and candies. If you do allow occasional sweet foods, limit those to mealtimes when saliva, which neutralizes acid, is most active in the mouth.
As you manage sugary items your children may eat or drink, the American Academy of Pediatrics also advises you to moderate their consumption of fruit juices, including all-natural brands with no added sugar. Their recommended limits on daily juice drinking depend on a child's age and overall health:
- Infants (less than one year) or any children with abnormal weight gain: no juice at all;
- Toddlers (ages 1-3): 4 ounces or less per day;
- Younger children (4-6): 6 ounces or less per day; and
- Older children (7-18): 8 ounces (1 cup) or less per day.
As for the rest of your children's daily hydration needs, the most dental-friendly liquid for any of us is plain water. For older school-age children, low- or non-fat milk is also a sound choice.
Preventing tooth decay in your children is a continuous task that requires all of us, parents and dental providers, to do our part. Besides daily hygiene (brushing and flossing) and regular dental visits, keeping sugar at bay—including with juices—is an important part of that effort.