Posts for category: Dental Procedures
Besides their life-likeness, implants are also prized for their high success rate. More than ninety-five percent of implants continue to function effectively after ten years.
Implants’ advanced technology explains some of their reliability and longevity—they’re as close to natural teeth as we’re now able to achieve. But their impressive success rate also owes to the detailed protocols that dentists follow to install them. One critical part of these protocols is ensuring a patient has enough bone in their jaw to support and precisely situate the implant for the best functional and aesthetic outcome.
Unfortunately, there are situations where a patient doesn’t have enough bone to achieve a satisfactory result. This often happens if there’s been months or years between losing the tooth and considering an implant. The reason why relates to the nature of bone as living tissue.
Like other cellular tissues in the body, bone has a life cycle: Older, worn-out cells die and are absorbed by the body, and new cells form to replace them. The growth cycle in the jaw receives stimulation from the forces generated when we chew, which travel up through the teeth to the bone.
However, this stimulation stops after tooth loss for the related area of bone, which can slow new bone growth. Over time, the volume and density of the bone around a missing tooth gradually decreases, enough eventually to make an implant impractical.
Insufficient bone volume, though, doesn’t necessarily mean an implant is out of the question. We may be able to address the problem by attempting to regenerate the bone through grafting. This is a procedure in which we insert graft material into the affected area of the jawbone. The graft then becomes a scaffold upon which bone cells can grow. After several months, we may have enough regenerated bone to support an implant.
If there’s been too much bone loss, we may still need to consider another form of restoration. But if we can successfully build up the bone around your missing tooth, this premier restoration for replacing lost teeth could become a reality for you.
Every year many parents learn their “tweenager” or teenager needs their bite corrected, often with specialized orthodontics. Imagine, though, if these families could go back in time to when their child’s poor bite was just developing to stop or slow it from forming.
Time travel may still be science fiction, but the approach suggested isn’t. It’s called interceptive orthodontics, a group of techniques and procedures performed during the early stages of jaw development. The focus is usually on getting abnormal jaw growth back on track, enough so that a poor bite won’t form.
The upper jaw, for example, may be growing too narrow, reducing the amount of available space for tooth eruption. If it isn’t corrected, teeth can erupt out of position. To correct it, an orthodontist places a palatal expander in the roof of the child’s mouth (palate). The appliance applies gentle pressure against the inside of the teeth, which stimulates the jaws to develop wider.
The expander works because of a separation in the bones at the center of the palate, which later fuse around puberty. The pressure applied from the expander keeps this gap slightly open; the body then continues to fill the widening expansion with bone, enough over time to widen the jaw. If you wait until puberty, the gap has already fused, and it would have to be reopened surgically to use this technique. Ideally, then, a palatal expander should be employed at a young age.
Not all interceptive techniques are this extensive—some, like a space maintainer, are quite simple. If a primary (baby) tooth is lost prematurely, teeth next to the empty space tend to drift into it and cause the intended permanent tooth to erupt out of place due to a lack of space. To prevent this an orthodontist places a small wire loop within the space to prevent other teeth from moving into it.
These are but two examples of the many methods for stopping or slowing a developing bite problem. To achieve the best outcome, they need to be well-timed. Be sure, then, to have your child undergo an orthodontic evaluation around age 6. If an interceptive orthodontic approach is needed, it could eliminate the need for more extensive—and expensive—treatment later.
One in 700 babies are born each year with a cleft lip, a cleft palate or both. Besides its devastating emotional and social impact, this common birth defect can also jeopardize a child's long-term health. Fortunately, incredible progress has occurred in the last half century repairing cleft defects. Today's children with these birth defects often enter adulthood with a normal appearance and better overall health.
A cleft is a gap in the mouth or face that typically forms during early pregnancy. It often affects the upper lip, the soft and hard palates, the nose or (rarely) the cheek and eye areas. Clefts can form in one or more structures, on one side of the face or on both. Why they form isn't fully understood, but they seem connected to a mother's vitamin deficiencies or to mother-fetus exposure to toxic substances or infections.
Before the 1950s there was little that could be done to repair clefts. That changed with a monumental discovery by Dr. Ralph Millard, a U.S. Navy surgeon stationed in Korea: Reviewing cleft photos, Dr. Millard realized the “missing” tissue wasn't missing—only misplaced. He developed the first technique to utilize this misplaced tissue to repair the cleft.
Today, skilled surgical teams have improved on Dr. Millard's efforts to not only repair the clefts but also restore balance and symmetry to the face. These teams are composed of various oral and dental specialties, including general dentists who care for the patient's teeth and prevent disease during the long repair process.
Cleft repairs are usually done in stages, beginning with initial lip repair around 3-6 months of age and, if necessary, palate repair around 6-12 months. Depending on the nature and degree of the cleft, subsequent surgeries might be needed throughout childhood to “polish” the original repairs, as well as cosmetic dental work like implants, crowns or bridgework.
In addition to the surgical team's skill and artistry, cleft repair also requires courage, strength and perseverance from patients and their parents, and support from extended family and friends. The end result, though, can be truly amazing and well worth the challenging road to get there.
If you would like more information on repairing cleft birth defects, 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 “Cleft Lip & Cleft Palate.”
How dental crowns from your dentists in Augusta, GA, can remake your smile
For decades, dental crowns have commonly been used to strengthen and repair teeth that have become damaged or infected. Here at Myers Family Dental in Augusta, GA, your dentists, Drs. Alan and Eliza Myers, offer a wide range of restorative, cosmetic, and preventive dental care services to give you an outstanding smile. Read on to learn more!
What dental crowns can do for you
It’s easier than you might think to damage your teeth and your smile—tooth decay, periodontal disease, grinding, clenching, undergoing an injury/accident, or simply experiencing the normal aging process can all work against your smile. Fortunately, dental crowns can bring your smile back!
Consider these important benefits of dental crowns:
- They provide complete protection to damaged tooth structure by covering the entire visible surfaces of your teeth, above the gumline.
- They protect your teeth from severe biting forces by evenly spreading out the stress of chewing, thus preventing your teeth from breaking.
- They look just like natural teeth because the high-grade dental ceramic used in crowns reflects light and closely resembles tooth enamel.
- They resist stains because the high-grade dental ceramic used in crowns is stain-resistant.
Dental crowns come in a few different forms, each with their own unique advantages and specialties. Some of these include:
- Full porcelain is the go-to dental crown material to give you outstanding cosmetic beauty. Porcelain is color-matched to your existing teeth so that your new dental crown will be virtually identical to your natural teeth.
- Porcelain-fused-to-metal, also known as a PFM crown, is an excellent choice to provide more strength. PFM crowns are often recommended for back teeth, where you need the increased strength for chewing.
- Full gold is also a popular choice for a strong crown, but it lacks the aesthetic appeal of porcelain, causing them to typically be placed on back teeth.
Need dental work? Give us a call
To learn more about the benefits of dental crowns, talk with the experts. Call your dentists, Drs. Alan and Eliza Myers of Myers Family Dental in Augusta, GA, today by dialing (706) 738-7742.
Root canal treatments have suffered a bad rap over the years—and undeservedly. While we applaud root canal therapy for the millions of decayed teeth the procedure has saved, the worn-out cliché that it's painful still lingers on.
So, let's set the record straight: a root canal treatment doesn't cause pain, it most often relieves it. Let's look a little closer at what actually happens before, during and after this tooth-saving treatment.
Before: a tooth in crisis. Tooth decay can damage more than a tooth's outer enamel. This aggressive bacterial infection can work its way into a tooth's interior, destroying the nerves and blood vessels in the pulp, before moving on to the roots and supporting bone through the root canals. Untreated, this devastating process can lead to tooth loss. A root canal treatment, however, can stop the invading decay and save the tooth.
During: stopping the disease. The dentist first numbs the tooth and surrounding gum tissues with local anesthetic—the only thing you might normally feel during treatment is a slight pressure. They then drill into the tooth to access the inner pulp and root canals and remove all diseased tissue. Once the interior spaces of the tooth have been disinfected, the dentist then fills the empty pulp chamber and root canals with a pliable filling called gutta percha to prevent future infection.
After: preventing re-infection. With the filling complete, the dentist then seals the access hole. There may be some minor soreness for a few days, similar to the aftermath of a routine filling, which can usually be managed with over-the-counter pain relievers like ibuprofen. Sometime later, the dentist will normally finish the treatment with a new crown on the tooth. This accomplishes two things: It helps strengthen the tooth against stress fracturing and it provides another layer of protection against future decay.
Root canal treatments have an exceptional track record for giving diseased teeth a second chance. There's nothing to fear—and everything to gain for your troubled tooth.
If you would like more information on root canal treatment, 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: What You Need to Know.”