Posts for category: Dental Procedures
A baby’s teeth begin coming in just a few months after birth—first one or two in the front, and then gradually the rest of them over the next couple of years. We often refer to these primary teeth as deciduous—just like trees of the same description that shed their leaves, a child’s primary teeth will all be gone by around puberty.
It’s easy to think of them as “minor league,” while permanent teeth are the real superstars. But although they don’t last long, primary teeth play a big role in a person’s dental health well into their adult years.
Primary teeth serve two needs for a child: enabling them to eat, speak and smile in the present; but more importantly, helping to guide the developing permanent teeth to erupt properly in the future. Without them, permanent teeth can come in misaligned, affecting dental function and appearance and increasing future treatment costs.
That’s why we consider protecting primary teeth from decay a necessity for the sake of future dental health. Decay poses a real threat for children, especially an aggressive form known as early childhood caries (ECC). ECC can quickly decimate primary teeth because of their thinner enamel.
There are ways you can help reduce the chances of ECC in your child’s teeth. Don’t allow them to drink throughout the day or to go to sleep at night with a bottle or “Sippy” cup filled with milk, formula, or even juice. These liquids can contain sugars and acids that erode enamel and accelerate decay. You should also avoid sharing eating utensils with a baby or even kissing them on the mouth to avoid the transfer of disease-causing bacteria.
And even before teeth appear, start cleaning their gums with a clean, wet cloth right after feeding. After teeth appear, begin brushing and flossing to reduce plaque, the main trigger for tooth decay. And you should also begin regular dental visits no later than their first birthday. Besides teeth cleanings and checkups for decay, your dentist has a number of measures like sealants or topical fluoride to protect at-risk teeth from disease.
Helping primary teeth survive to their full lifespan is an important goal in pediatric dentistry. It’s the best strategy for having healthy permanent teeth and a bright dental health future.
If you would like more information on tooth decay in children, 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 “Do Babies Get Tooth Decay?”
For chipped, stained, or slightly crooked teeth, dental veneers might be the ideal solution. These thin layers of porcelain bonded directly over the teeth with the perfect blend of color, sizes and shapes, can transform a person’s smile for a relatively modest cost.
But if the teeth belong to a teenager, veneers might not be appropriate. This is because in most cases, we’ll need to remove some of the tooth enamel so that the applied veneers won’t look unnaturally bulky. This alteration is permanent, so the teeth will require some form of restoration from then on.
While not usually a major issue with fully matured adult teeth, it could be with the developing teeth of pre-teens and teens. During childhood and adolescence the tooth’s inner pulp plays an important role in dentin production, and so the pulp chamber is relatively large compared to an adult tooth. This larger size places the pulp closer to the enamel surface than with an adult tooth.
Because of its proximity to the enamel, there’s a greater chance veneer alterations could damage a teenager’s tooth pulp and its nerve bundles. If that happens, we may need to perform a root canal treatment to save the tooth—also not an optimal situation for a developing tooth.
That’s why we need to take into consideration a patient’s age and stage of dental development first, including x-raying the affected teeth to measure the depth of the tooth pulp. If we deem it too risky at the moment, there are other ways to improve dental appearance at least temporarily. This includes whitening externally stained teeth with a bleaching agent, or applying tooth-colored composite resin material to chipped areas. We can also apply a composite material veneer that, although not as durable as traditional porcelain, doesn’t require much if any tooth alteration.
To know your options, have your teenager undergo a thorough dental examination. Your dentist will then be able to discuss with you whether veneers can be safely attempted. And be sure the dentist who may perform the work has experience performing cosmetic procedures on teenagers.
If you would like more information on restoration choices for teenagers, 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 “Veneers for Teenagers.”
Braces are a common part of many teenagers’ life experience — but not every bite problem is alike. Sometimes, there’s a need for accurately moving only a few teeth while making sure others don’t. This is where Temporary Anchorage Devices (TADs) can help streamline that effort and even reduce treatment time.
Orthodontics wouldn’t work at all if we didn’t already have a natural tooth movement mechanism in our mouths. That ability rests with the periodontal ligament, a tough, elastic tissue between the teeth and the bone that firmly attaches to both with tiny collagen fibers. Though quite secure in holding teeth in place, the ligament attachment also allows teeth to move in response to changes in the bone and jaw structure.
Braces are made of brackets cemented to tooth surfaces through which tiny wires pass. The wires are anchored, usually to other teeth or groups of teeth, and tightened to apply pressure against the other teeth. The ligament does the rest: as the teeth are “pressured” to move in a certain direction, new bone, ligament and an anchoring substance known as cementum forms behind it to secure the tooth in its new position.
The anchorage teeth are not intended to move. In some situations, though, it’s difficult to keep them from not moving — much like trying to keep a boat anchor from not dragging through sand on the sea bottom. TADs help alleviate this problem: it’s a mini-screw or mini-implant that’s temporarily placed in the jawbone to which the tension wire can be secured. They’re placed in the best positions for isolating the teeth that need to be moved without compromising the position of nearby teeth that don’t.
With the site numbed with a local anesthetic, we install the TAD through the gum tissue into the bone with a special device; their screw-shaped design holds them securely in place. They’re then removed when the orthodontic treatment is complete.
While a simple procedure, precise placement requires collaboration between the orthodontist and the oral surgeon or dentist who installs them. They also need special attention during daily hygiene to keep them clean. Still, with difficult bite situations they can help bring about the right outcome — a straight and beautiful smile.
If you would like more information on orthodontic treatment options, 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 “What are TADs?”
While the sport of golf may not look too dangerous from the sidelines, players know it can sometimes lead to mishaps. There are accidents involving golf carts and clubs, painful muscle and back injuries, and even the threat of lightning strikes on the greens. Yet it wasn’t any of these things that caused professional golfer Danielle Kang’s broken tooth on the opening day of the LPGA Singapore tournament.
“I was eating and it broke,” explained Kang. “My dentist told me, I've chipped another one before, and he said, you don't break it at that moment. It's been broken and it just chips off.” Fortunately, the winner of the 2017 Women’s PGA championship got immediate dental treatment, and went right back on the course to play a solid round, shooting 68.
Kang’s unlucky “chip shot” is far from a rare occurrence. In fact, chipped, fractured and broken teeth are among the most common dental injuries. The cause can be crunching too hard on a piece of ice or hard candy, a sudden accident or a blow to the face, or a tooth that’s weakened by decay or repetitive stress from a habit like nail biting. Feeling a broken tooth in your mouth can cause surprise and worry—but luckily, dentists have many ways of restoring the tooth’s appearance and function.
Exactly how a broken tooth is treated depends on how much of its structure is missing, and whether the soft tissue deep inside of it has been compromised. When a fracture exposes the tooth’s soft pulp it can easily become infected, which may lead to serious problems. In this situation, a root canal or extraction will likely be needed. This involves carefully removing the infected pulp tissue and disinfecting and sealing the “canals” (hollow spaces inside the tooth) to prevent further infection. The tooth can then be restored, often with a crown (cap) to replace the entire visible part. A timely root canal procedure can often save a tooth that would otherwise need to be extracted (removed).
For less serious chips, dental veneers may be an option. Made of durable and lifelike porcelain, veneers are translucent shells that go over the front surfaces of teeth. They can cover minor to moderate chips and cracks, and even correct size and spacing irregularities and discoloration. Veneers can be custom-made in a dental laboratory from a model of your teeth, and are cemented to teeth for a long-lasting and natural-looking restoration.
Minor chips can often be remedied via dental bonding. Here, layers of tooth-colored resin are applied to the surfaces being restored. The resin is shaped to fill in the missing structure and hardened by a special light. While not as long-lasting as other restoration methods, bonding is a relatively simple and inexpensive technique that can often be completed in just one office visit.
If you have questions about restoring chipped teeth, please contact us or schedule an appointment for a consultation. You can learn more by reading the Dear Doctor magazine articles “Porcelain Veneers” and “Artistic Repair of Chipped Teeth With Composite Resin.”
We’ve developed a number of effective treatments for periodontal (gum) disease. Depending on how far and deep a patient’s infection has advanced, treatment can be quite invasive and even require surgery. The more invasive, the longer and more uncomfortable the healing process can be.
But using a medical laser could make that less so. Although its use for gum disease treatment is still in its infancy, the latest observations from the field seem to show patients undergoing laser treatment may have less tissue trauma and bleeding, less discomfort after the procedure and quicker healing times.
Gum disease is a bacterial infection mostly caused by dental plaque, a thin film of food particles that build up on teeth in the absence of effective oral hygiene. The infection can advance deep below the gum line, weakening gum attachment to teeth and destroying supporting bone. Ultimately the affected teeth can be lost.
Traditionally, the only way to stop the disease is to manually remove plaque buildup on teeth and gum surfaces, which is continuing to sustain the infection, with special hand instruments called scalers or ultrasonic equipment. Because it’s important to remove as much plaque and diseased tissue as possible, we may need to perform a surgical procedure called flap surgery to move some of the gum tissues out of the way to get to these deeper areas. As with any surgery, this can create tissue trauma that may cause discomfort during the healing process.
Our new alternative is to use an Nd:YAG medical laser in a procedure known as Laser Assisted New Attachment Procedure or LANAP. With light energy delivered through a small fiber no more than the width of three human hairs, the laser can pinpoint diseased tissue and destroy bacteria through intense heat. Because of the laser beam’s tiny width and pulsing action, healthy tissue is at less risk for trauma than with the traditional treatment.
Coupled with other techniques, LANAP procedures could remove as much infected tissue and plaque as traditional methods, but with less healthy tissue trauma. In the future, then, patients with advanced gum disease undergoing laser treatment could have less bleeding and discomfort and faster healing times.
If you would like more information on treating gum disease, 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 “Treating Gum Disease with Lasers.”