Posts for category: Dental Procedures
We Americans love our sports, whether as participants or spectators. But there's also a downside to contact sports like soccer, football or basketball: a higher risk of injury, particularly to the mouth and face. One of the most severe of these is a knocked out tooth.
Fortunately, that doesn't necessarily mean it's lost: The tooth can be reinserted into the empty socket and eventually return to normal functionality. But it must be done as soon as possible after injury. The more time elapses, the lower the chances of long-term survival.
That's because of how teeth are held in place in the jaw, secured by an elastic, fibrous tissue known as the periodontal ligament. When a tooth is knocked out some of the ligament's periodontal cells remain on the tooth's root. If these cells are alive when the tooth is reinserted, they can regenerate and reestablish attachment between the ligament and the tooth.
Eventually, though, the cells can dry out and die. If that has already happened before reinsertion, the tooth's root will fuse instead with the underlying bone. The tooth may survive for a short time, but its roots can eventually dissolve and the tooth will be lost.
Your window of opportunity for taking advantage of these live periodontal cells is only 5-20 minutes with the best chances in those earlier minutes. You should, therefore, take these steps immediately after an injury:
- Find the tooth, hold it by the crown (not the root end), and rinse off any debris with clean water;
- Reinsert the root end into the empty socket with firm pressure;
- Place clean gauze or cloth in the person's mouth between the tooth and the other jaw, and ask them to bite down gently and hold their bite;
- Seek dental or emergency medical care immediately;
- If you're unable to reinsert the tooth, place it quickly in a container with milk and see a dentist immediately.
You can also obtain an Android or IOS smartphone app developed by the International Association of Dental Traumatology called ToothSOS, which will guide you through this process, as well as for other dental emergencies. The quicker you act, the better the chances that the injured person's knocked out tooth can be rescued.
If you would like more information on what to do in a dental emergency, 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 “When a Tooth is Knocked Out.”
When you floss (you do floss, right?), you probably notice a sticky, yellowish substance called plaque stuck to the thread. This thin film of tiny food particles and bacteria is the reason you floss and brush in the first place: Because it's the main trigger for tooth decay and gum disease, removing it decreases your risk for disease.
But this isn't the only form of plaque you should be concerned about. That same sticky substance can also interact with your saliva and harden into what's commonly known as tartar. Dentists, however, have a different term: They refer to these calcified deposits as calculus. And it's just as much a source of disease as its softer counterpart.
You might have noticed that this form of plaque has the same name as an advanced type of mathematics. Although dental calculus has little in common with algebra's cousin, both terms trace their origins back to the same linguistic source. The word “calculus” in Latin means “small stone;” it became associated with math because stone pebbles were once used by merchants long ago to calculate sales and trades.
The term became associated with the substance on your teeth because the hardened plaque deposits resemble tiny stones or minerals—and they can be “as hard as a rock” to remove. In fact, because they adhere so firmly it's virtually impossible to remove calculus deposits with brushing or flossing alone. To effectively eliminate calculus from tooth surfaces (including under the gum line) requires the skills and special dental tools of dentists or dental hygienists.
That's why we recommend a minimum of two dental cleanings a year to remove any calculus buildup, as well as any pre-calcified plaque you might have missed with daily hygiene. Reducing both plaque and calculus on your teeth fully minimizes your risk of dental disease. What's more, removing the yellowish substance may also brighten your smile.
That's not to say daily brushing and flossing aren't important. By removing the bulk of plaque buildup, you reduce the amount that eventually becomes calculus. In other words, it takes both a daily oral hygiene practice and regular dental visits to keep your teeth healthy and beautiful.
Most babies come into the world ready and able to nourish at their mother's breast—no training required! About one in ten children, though, may have a structural abnormality with their tongue or lip that makes it difficult for them to breastfeed.
The abnormality involves a small strip of tissue called a frenum or frenulum, which is found in the mouth connecting soft tissue to more rigid structures. You'll find a frenum attaching the upper lip to the gums, while another connects the underside of the tongue to the floor of the mouth.
Frenums are a normal part of oral anatomy and usually don't pose a problem. But if the frenum tissue is too short, thick or tight, it could restrict lip or tongue movement. If so, a baby may not be able to achieve a good seal on their mother's nipple, causing them to ineffectively chew rather than suck to access the mother's milk. Such a situation guarantees an unpleasant experience for both mother and baby.
The problem can be addressed with a minor surgical procedure performed in a dentist's office. During the procedure, the dentist first numbs the area with an anesthetic gel. The frenum is then snipped with scissors or a laser.
With very little if any post-procedure care, the baby can immediately begin nursing. But although the physical impediment may be removed, the child may need to “relearn” how to nurse. It may take time for the baby to readjust, and could require help from a professional.
Nursing isn't the only reason for dealing with an abnormally shortened frenum. Abnormal frenums can interfere with speech development and may even widen gaps between the front teeth, contributing to poor bite development. It's often worthwhile to clip a frenum early before it creates other problems.
It isn't absolutely necessary to deal with a “tongue” or “lip tie” in this manner—a baby can be nourished by bottle. But to gain the physical and emotional benefits of breastfeeding, taking care of this particular problem early may be a good option.
If you would like more information on the problem of tongue or lip ties in infants, 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 “Tongue Ties, Lip Ties and Breastfeeding.”
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.”
You have a wonderful pediatric dentist who's great with kids. Their dental office is a children's wonderland with cheerful colors, toys and a staff that tries to make things fun. But no matter what you do—including rewards and positive praise—it's not enough to calm your child's anxiety during dental visits.
Even with the most conducive clinical environment and parental efforts, some children still have an inordinate fear of seeing the dentist. Their anxiety could be a roadblock to getting the treatment they need to maintain good oral health and development. And if that fear carries over into adulthood, they may get into the habit of postponing needed care.
But dentists have an important tool they can use to help children relax: conscious sedation therapy. Using proven sedation medication, dentists can place patients in varying degrees of suppressed consciousness.
Although often used in conjunction, sedation is not the same as anesthesia. The latter is used to eliminate pain during dental procedures. Sedation, on the other hand, aims to calm the negative emotions generated by dental anxiety. A child under sedation can still breathe normally without assistance and respond to physical stimulation or verbal commands.
Sedation medications can be administered orally, usually in syrup form, or with an intravenous (IV) drip. Two of the more popular drugs are Midazolam and Hydroxyzine, both of which act fast and then leave the body quickly after the procedure. These types of sedation drugs have a very low risk of side effects compared to general anesthesia.
While under sedation, the child's vital signs (heart rate, respiration, blood pressure, etc.) are continuously monitored. Afterward, they'll wait in recovery until their vital signs are back to their pre-sedation levels. They can then go home to rest for the remainder of the day, and then usually return to school or other normal activities the following day.
Besides making it easier for a child to receive needed dental care, conscious sedation can also make the overall visit more pleasant, and lead to more positive memories of the experience. This may indeed help them later in life to overcome any lingering anxiety and continue regular dental care throughout adulthood.
If you would like more information on reducing your child's dental visit anxiety, 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 “Sedation Dentistry for Kids.”