Posts for: February, 2020
As tough as teeth are, life can take its toll on them and sometimes lead to parts of them chipping off. Although it might not affect a tooth's overall health, it can certainly downgrade its appearance.
But we can restore a chipped tooth like new, and it may not require extensive dental work. Thanks to a versatile dental material called composite resin, we can often bring back a tooth's natural appearance in just one visit.
Tooth-colored resins have been around for decades, but their application has been limited due to issues with durability. Recently developed bonding techniques, though, have made them a workable option for restoring mild to moderate tooth defects.
We do this by applying and bonding the composite resin to a tooth to “fill in” the missing portion. While it's often a short process, it does require a thorough understanding of tooth anatomy, function and aesthetics.
We begin with a comprehensive exam to assess the true condition of a chipped tooth. Some dental defects might be better served with a porcelain restoration like a veneer or crown for best results. Still, there are a wide range of defects for which composite resins is a solid repair choice.
Once we've determined bonding is appropriate, we prepare the tooth by first roughening its outer surface and then etching it with an acid solution to increase bonding strength. We then apply a luting agent, a kind of dental cement, also to aid with bonding.
We then begin applying the composite resin in liquid form, one layer at a time. This layering process helps simulate the color depth and shape of the tooth, and to further incorporate strength into the restoration. We're also careful at this point to match the variations of color with those of the surrounding teeth so that it looks as natural as possible.
As we finish each layer, we apply a curing light to harden the resin. We can then polish the finished product and make adjustments for the bite. The end result is a tooth that not only looks whole, but natural and blended with the rest of your teeth. Bonding could truly change your smile in just one visit.
If you would like more information on cosmetic dental restorations, 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 “Artistic Repair of Front Teeth With Composite Resin.”
Surgical tooth extraction is a fairly routine procedure with few complications. But one rare complication called dry socket does affect a small number of patients. Dry socket, which derives its name from its appearance, can be quite painful. Fortunately, though, it doesn't pose a danger to oral health.
Normally after a surgical extraction, a blood clot forms in the empty socket. This is nature's way of protecting the underlying bone and nerves from various stimuli in the mouth as well as protecting the area. Sometimes, though, the clot fails to form or only forms partially (almost exclusively in lower wisdom teeth), exposing the sensitive tissues beneath the socket.
Patients begin to notice the painful effects from a dry socket about three or four days after surgery, which then can persist for one to three more days. Besides dull or throbbing pain, people may also experience a foul odor or taste in their mouth.
People who smoke, women taking oral contraceptives or those performing any activity that puts pressure on the surgical site are more likely to develop dry socket. Of the latter, one of the most common ways to develop dry socket is vigorous brushing of the site too soon after surgery, which can damage a forming blood clot.
Surgeons do take steps to reduce the likelihood of a dry socket by minimizing trauma to the site during surgery, avoiding bacterial contamination and suturing the area. You can also decrease your chances of developing a dry socket by avoiding the following for the first day or so after surgery:
- brushing the surgical area (if advised by your surgeon);
- rinsing too aggressively;
- drinking through a straw or consuming hot liquid;
If a dry socket does develop, see your dentist as soon as possible. Dentists can treat the site with a medicated dressing and relieve the pain substantially. The dressing will need to be changed every few days until the pain has decreased significantly, and then left in place to facilitate faster healing.
While dry sockets do heal and won't permanently damage the area, it can be quite uncomfortable while it lasts. Taking precautions can prevent it—and seeing a dentist promptly if it occurs can greatly reduce your discomfort.
If you would like more information on oral surgery, 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 “Dry Socket: A Painful but Not Dangerous Complication of Oral Surgery.”
How do you know if you have periodontal (gum) disease? Sometimes your gums will tell you—when they’re red, swollen or bleed easily.
But your gums can also look and feel healthy while a gum infection still brews below the gum line. In this case, a regular dental visit could make the difference. Even without overt signs of infection, we may be able to detect gum disease with a slender metal instrument called a periodontal probe.
Gum disease is a bacterial infection that most of the time arises from dental plaque. This thin film of bacteria and food particles accumulates on tooth surfaces, especially because of poor or non-existent oral hygiene. A continuing infection can weaken gum tissues and cause them to pull away or detach from the teeth.
Normally, there’s a slight gap between the gums and teeth. But as the infected gums pull away, the gaps grow larger and deeper, forming what are known as periodontal pockets. They become filled with infection that soon spreads to the root and bone and increases the risk of tooth loss.
These pockets, though, could be the means for detecting a gum infection with the help of the periodontal probe. During a dental exam we gently insert the probe, which has millimeter depth markings etched on it, between a tooth and its adjacent gums. While a depth of 1 to 3 mm is normal, a probe measurement of 4 to 5 mm could be a sign of an early stage infection. A reading of 7 to 10 mm, on the other hand, may indicate more advanced disease.
Along with other factors, periodontal probing can be quite useful identifying both the presence and extent of a gum infection and then how to treat it. The goal of any treatment is to remove plaque and tartar (calculus) deposits that sustain the infection. But probing, along with other diagnostic methods like x-rays, could point to deeper infection below the gum line that require more extensive methods, including surgery, sometimes to access and remove the disease.
Achieving the best treatment outcome with gum disease often depends on finding the infection early. Periodontal probing helps to make that discovery more likely.