Posts for: October, 2016
We treat most malocclusions (bad bites) with braces or clear aligners. But not all malocclusions are alike — some can require extra procedures to achieve successful results.
One such example is when incoming teeth crowd other teeth and cause them to erupt abnormally. The crowding also reduces the space needed to move the misaligned teeth to better positions. To make more room we'll often remove some of the teeth before undertaking orthodontics.
The key is to extract the right teeth. The best candidates are those whose absence will have minimal effect on both appearance and dental function. That's commonly the bicuspids, located right on the edge of the “smile zone” (the teeth most visible when we smile) between the cuspid (eye) teeth and the back molars.
Once we choose and remove the teeth our next concern is to protect the bone at the extraction site.Â The bone in our jaws benefits from the pressure created when we bite or chew. This stimulates new bone cells to form and replace older cells. Without it, as when we have a missing tooth, the amount of bone can diminish over time and affect the success of any future orthodontics.
To prevent this, we take care not to damage the gums and bone removing the tooth. We may also install a graft under the empty socket to encourage bone growth.
If we've removed teeth outside the smile zone, the resulting orthodontics will move teeth into the opened space. In the end, you won't even notice they're gone. Teeth lost or congenitally missing in the smile zone, though, may eventually require a replacement tooth. A dental implant is the best choice, but it should be put on hold for a younger person until their jaw has fully developed.
In the meantime, we can install a spacer or a temporary restoration to hold the empty space and prevent other teeth from drifting into it. This can be incorporated into braces or aligners, or with a removable partial denture or a temporary modified bridge.
Extracting teeth to aid orthodontics first requires a well-laid plan that could encompass several years. The end result, though, can be well worth the time and effort — better function and a new, attractive smile.
If you would like more information on the process of straightening teeth, 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 “Tooth Removal for Orthodontic Reasons.”
Your sweet, happy baby has suddenly become a gnawing, drooling bundle of irritation. Don't worry, though, no one has switched babies on you. Your child is teething.
For most children, their first teeth begin breaking through the gums around six to nine months. Usually by age three all twenty primary (“baby”) teeth have erupted. While the duration and intensity of teething differs among children, there are some common symptoms to expect.
Top of the list, of course, is irritability from pain, discomfort and disrupted sleep. You'll also notice increased gnawing, ear rubbing, decreased appetite, gum swelling or facial rash brought on by increased saliva (drooling). Teething symptoms seem to increase about four days before a tooth begins to break through the gums and taper off about three days after.
You may occasionally see bluish swellings along the gums known as eruption cysts. These typically aren't cause for concern: Â the cyst usually “pops” and disappears as the tooth breaks through it. On the other hand, diarrhea, body rashes or fever are causes for concern — if these occur you should call us or your pediatrician for an examination.
While teething must run its course, there are some things you can do to minimize your child's discomfort:
Provide them a clean, soft teething ring or pacifier to gnaw or chew — a wet washcloth (or a cold treat for older children) may also work. Chill it first to provide a pain-reducing effect, but don't freeze it — that could burn the gums.
Use a clean finger to massage swollen gums — gently rubbing the gums helps counteract the pressure caused by an erupting tooth.
Alleviate persistent pain with medication — With your doctor's recommendation, you can give them a child's dosage of acetaminophen or ibuprofen (not aspirin), to take the edge off teething pain.
There are also things you should not do, like applying rubbing alcohol to the gums or using products with Benzocaine®, a numbing agent, with children younger than two years of age. Be sure you consult us or a physician before administering any drugs.
While it isn't pleasant at the time, teething is part of your child's dental development. With your help, you can ease their discomfort for the relatively short time it lasts.
If you would like more information on relieving discomfort during teething, 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 “Teething Troubles.”
Dental implants are widely considered the most durable tooth replacement option, thanks in part to how they attach to the jaw. But durable doesn't mean indestructible — you must take care of them.
Implants have a unique relationship to the jawbone compared to other restorations. We imbed a slender titanium post into the bone as a substitute for a natural tooth root. Because bone has a special affinity with the metal, it grows to and adheres to the implant to create a secure anchor. This unique attachment gives implants quite an advantage over other restorations.
It isn't superior, however, to the natural attachment of real teeth, especially in one respect: it can't match a natural attachment's infection-fighting ability. A connective tissue attachment made up of collagen fibers are attached to the tooth root protecting the underlying bone. An elastic gum tissue called the periodontal ligament lies between the tooth root and the bone and attaches to both with tiny collagen fibers. These attachments create a network of blood vessels that supply nutrients and infection-fighting agents to the bone and surrounding gum tissue.
Implants don't have this connective tissue or ligament attachment or its benefits. Of course, the implants are made of inorganic material that can't be damaged by bacterial infection. However, the gums and bone that surround them are: and because these natural tissues don't have these same biologic barriers to infection and perhaps access to the same degree of antibodies as those around natural teeth, an infection known as peri-implantitis specific to implants can develop and progress.
It's therefore just as important for you to continue brushing and flossing to remove bacterial plaque that causes infection to protect the gums and bone around your implants. You should also keep up regular office cleanings and checkups. In fact, we take special care with implants when cleaning them by using instruments that won't scratch their highly polished surfaces. Such a scratch, even a microscopic one, could attract and harbor bacteria.
There's no doubt dental implants are an excellent long-term solution for restoring your smile and mouth function. You can help extend that longevity by caring for them just as if they're your natural teeth.
If you would like more information on caring for 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 “Dental Implant Maintenance.”
Primary (baby) teeth don't last long. But despite their short life span, they do a number of important things, like enabling a child to eat solid food. But perhaps their most important long-term function is “paving” the way for their permanent replacements.
If one is lost prematurely, though, the permanent tooth might not come in properly aligned. That's why if a primary tooth is in danger of loss due to decay or injury, we'll do our best to save it.
But that could get a little tricky if the infected or damaged part of the tooth is the innermost pulp. If it were an adult tooth, the best course might be a root canal treatment: access the pulp, clear out the diseased tissue, and then fill the space with a special filling. But with a primary tooth (or a young permanent tooth for that matter) that may not be advisable.
That's because the pulp plays a more important role in a child's tooth than an adult's. Its nerves and other tissues stimulate dentin growth; a full root canal could disrupt that growth and weaken the tooth in the long run.
With a child's tooth, we proceed carefully depending on how infected or damaged the pulp might be. If it's only slightly exposed or not at all, we try then to remove as much decayed tooth material outside the pulp as necessary, then apply antibacterial agents or dentin growth stimulators.
If we do have pulp exposure, we'll try to remove only as much of the affected pulp as necessary through a procedure called a pulpotomy. This technique will only be used if the remaining pulp looks healthy or restorable to health.
If not, we may need to perform a pulpectomy to remove the entire pulp. Most like a typical root canal, it's a last resort: without the pulp, dentin growth could be stunted and the tooth won't develop as healthy as it should.
Of course, the best approach is to prevent teeth from developing such problems in the first place. So, be sure to practice effective daily hygiene with your child and keep up regular dental visits beginning at age one.
If you would like more information on treating decayed primary teeth, 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 “Root Canal Treatment for Children's Teeth.”
Orthodontic treatment is a big investment. But given the benefits for future good health and a more attractive smile, it's well worth it.
In the here and now, though, braces wearers face a different threat to their dental well-being — dental disease. Wearing braces can actually increase the risk of disease and make it more difficult to fight.
Tooth decay and periodontal (gum) disease, the two most common forms of dental disease, usually arise from plaque, a thin film of bacteria and food particles on tooth surfaces. The bacteria produce acid, which erodes enamel and makes the teeth susceptible to decay. Certain bacteria can also infect the gums and eventually weaken their attachment to teeth. Thorough brushing and flossing everyday removes this disease-triggering plaque buildup.
But braces' hardware can make brushing and flossing more difficult. The brackets attached to the teeth and wires laced through them make it more difficult for floss and brush bristles to access all the areas around the teeth. Plaque can build up in certain spots; it's estimated braces wearers have two to three times the plaque of a person not wearing braces. Acid can also remain in contact with some of the enamel surface for too long.
It's important, therefore, if you wear braces to make a concerted effort to brush and floss thoroughly. Besides improving technique and taking more time, you might also consider additional aids. You can obtain toothbrushes specially designed for use with braces, as well as floss holders or threaders that make it easier to access between teeth. Another flossing alternative is an oral irrigator that sprays water under pressure between teeth is an alternative to flossing.
As a precaution against acid damage, we can boost enamel protection with additional fluoride applied to your teeth. We may also prescribe antibacterial rinses to keep the bacteria population low.
Above all, be sure to look out for signs of disease like swollen or bleeding gums or pain. As soon as you sense something out of the ordinary, be sure and contact us.
If you would like more information on keeping your teeth disease-free while wearing braces, 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 “Caring for Teeth During Orthodontic Treatment.”