Correcting a bite problem involves more than applying braces. Orthodontists must consider a wide range of factors, including the type of bite problem involved, complications like impacted or missing teeth, and their patient's overall dental condition.
Orthodontists must also keep in mind the future—how will a treatment implemented now impact a patient's appearance and dental function many years from now? In reality, orthodontists perform these treatments within a dynamic growth environment, especially involving children and teenagers whose mouth and facial structures are still maturing.
And although these growth changes slow in adulthood, they don't stop—orofacial structures continue to change throughout life. For example, a person's lips steadily thicken in size until the mid-teen years, and then slowly thin out over the rest of their lifetime. The distance between the lips both at rest and while smiling may also narrow in later years. Other changes continue to occur in the bones and soft tissues of the mouth and face.
Fortunately, this structural growth follows a fairly consistent track. Although variations do occur, an orthodontist can project the growth changes their patients will undergo as they age, and use that knowledge to plan out bite treatment. With this understanding, orthodontists plan not only what treatments will be needed, but when to perform them, and to what extent.
This may involve a number of treatment stages, spaced out to coincide with regular development. An orthodontist may focus first on general bite correction to bring the teeth and jaws into a reasonable state of alignment. Later, they'll use more refined methods to fine-tune corrections that better align with later adult growth.
More intensive treatments may be necessary to build a foundation for future treatment. For example, orthognathic surgery may be needed to correct a severe case of an over-extended lower jaw. During the procedure, surgeons move the lower jaw to a joint position higher on the skull. This retracts the lower jaw into a more normal alignment with the upper jaw, and can dramatically change the facial profile for the better.
Each orthodontic patient is different, and each requires their own a unique treatment plan. That plan has a greater chance of long-term success by applying knowledge of future growth changes.
If you would like more information on orthodontic 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 “Understanding Aging Makes Beauty Timeless.”
There are different ways to ease a child's potential nervousness with dental visits, like starting those visits around their first birthday or seeing a pediatric dentist who specializes in children. But even doing those things won't guarantee your child won't develop some form of dental anxiety, which could complicate their dental care.
To help make appointments easier for anxious children, many dentists use conscious sedation as a means of helping them relax. With this technique, the dentist administers a mild sedative to the child to take the edge off their nervousness, while allowing them to remain awake during treatment.
Sedation isn't anesthesia, the means we use to stop pain during treatment (although sedation may be used with anesthesia). Rather, sedation reduces emotional fear and anxiety. And unlike general anesthesia, a sedated child can still breathe without assistance and, depending on the depth of the sedation, respond to physical and verbal stimuli.
In most cases, children are administered sedation medications by mouth, usually as a syrup, although on occasion it might be delivered intravenously with an IV. The dose is usually given some time before their treatment session after the dentist has evaluated them. Dentists mostly use mild sedatives like Midazolam or Hydroxyzine with very little risk of side effects for children.
During the procedure, a designated staff member continually monitors the child's vital signs. Besides heart rate, pulse and respirations, they may also check the child's exhaled carbon dioxide levels to ensure they're breathing normally.
After the treatment session is over, staff will continue to monitor the child until their vital signs return to pre-sedation levels. If the child is of driving age, they'll need someone to drive them home. Children who've been sedated should remain home for the rest of the day, but they can usually return to school the next day depending on what kind of dental work they've undergone.
Dentists follow strict protocols for pediatric sedation adopted by the American Academy of Pediatrics, the American Dental Society, and the American Academy of Pediatric Dentistry. In addition, many states have also established processes for administering sedation therapy. It's a safe and effective method to ease a child's anxiety over their dental visit.
If you would like more information on making dental visits easier for kids, 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.”
Kathy Bates has been a familiar face to filmgoers since her Oscar-winning performance as Annie Wilkes in Misery. She's best known for playing true-to-life characters like Wilkes or Barbara Jewell in last year's Richard Jewell (for which she earned her fourth Oscar nomination). To keep it real, she typically eschews cosmetic enhancements—with one possible exception: her smile.
Although happy with her teeth in general, Bates noticed they seemed to be “moving around” as she got older. This kind of misalignment is a common consequence of the aging process, a result of the stresses placed on teeth from a lifetime of chewing and biting.
Fortunately, there was an orthodontic solution for Bates, and one compatible with her film career. Instead of traditional braces, Bates chose clear aligners, a newer method for moving teeth first introduced in the late 1990s.
Clear aligners are clear, plastic trays patients wear over their teeth. A custom sequence of these trays is developed for each patient based on their individual bite dimensions and treatment goals. Each tray in the sequence, worn in succession for about two weeks, places pressure on the teeth to move in the prescribed direction.
While clear aligners work according to the same teeth-moving principle as braces, there are differences that make them more appealing to many people. Unlike traditional braces, which are highly noticeable, clear aligners are nearly invisible to others apart from close scrutiny. Patients can also take them out, which is helpful with eating, brushing and flossing (a challenge for wearers of braces) and rare social occasions.
That latter advantage, though, could pose a problem for immature patients. Clear aligner patients must have a suitable level of self-responsibility to avoid the temptation of taking the trays out too often. Families of those who haven't reached this level of maturity may find braces a better option.
Clear aligners also don't address quite the range of bite problems that braces can correct. Some complex bite issues are thus better served by the traditional approach. But that gap is narrowing: Recent advances in clear aligner technology have considerably increased their treatability range.
With that said, clear aligners can be an ideal choice for adults who have a treatable bite problem and who want to avoid the appearance created by braces. And though they tend to be a little more expensive than braces, many busy adults find the benefits of clear aligners to be worth it.
The best way to find out if clear aligners could be a viable option for you is to visit us for an exam and consultation. Like film star Kathy Bates, you may find that this way of straightening your smile is right for you.
If you would like more information about tooth straightening, please contact us or schedule a consultation.
The mouth is a crowded place with nerves, blood vessels and sinus cavities sharing common space with the teeth and gums. Although important in their own right, these structures can also hinder treatment for complex dental situations like dental implant surgery or impacted teeth.
Treating these and similar situations depends on getting an accurate depiction of “what lies beneath.” Conventional x-rays help, but their two-dimensional images don't always give the full picture. There's another way—cone beam computed tomography (CBCT).
Similar to CT scanning, CBCT uses x-ray energy to take hundreds of “sliced” images that are then re-assembled with special software to create a three-dimensional model viewable on a computer screen. CBCT is different, though, in that it employs a scanning device that revolves around a patient's head, which emits a cone-shaped beam of x-rays to capture the images.
A dentist can manipulate the resulting 3-D model on screen to study revealed oral structures from various angles to pinpoint potential obstacles like nerves or blood vessels. The detailed model may also aid in uncovering the underlying causes of a jaw joint disorder or sleep apnea.
CT technology isn't the only advanced imaging system used in healthcare. Another is magnetic resonance imaging (MRI), which excites hydrogen atoms in water molecules. This produces different vibration rates in individual tissue structures, which are then translated into detailed images of these structures. Unlike CT or CBCT, MRI doesn't use x-ray energy, but rather a magnetic field and radio waves to produce the atomic vibrations.
But while providing good detail of soft tissues, MRI imaging doesn't perform as well as CBCT with harder tissues like bone or teeth. As to the potential risks of CBCT involving x-ray radiation exposure, dentists follow much the same safety protocols as they do with conventional x-rays. As such, they utilize CBCT only when the benefits far outweigh the potential x-ray exposure risks.
And, CBCT won't be replacing conventional x-rays any time soon—the older technology is often the more practical diagnostic tool for less invasive dental situations. But when a situation requires the most detailed and comprehensive image possible, CBCT can make a big difference.
If you would like more information on advanced dental diagnostics, 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 “Getting the Full Picture With Cone Beam Dental Scans.”
The big day finally arrives when your braces come off. And there it is—your new, beautiful, straight smile! But on closer inspection you notice something else: tiny white spots on your teeth.
Those pale, chalky spots are called white spot lesions (WSLs). They occur when acid has contacted the tooth enamel for too long, dissolving essential minerals like calcium in those particular areas. The occurrences of WSLs during and after braces highlights a major challenge during orthodontic treatment—keeping your teeth clean.
Braces' wires and brackets tend to get in the way of brushing and flossing, making it easier to miss plaque—the bacterial film that produces acid—on tooth areas around the hardware. Those missed areas could in time lead to WSLs.
The main objective with WSLs is prevent them from occurring during braces wear as much as possible. To do this, you'll need to increase your time and effort brushing and flossing, especially around orthodontic hardware. You can make it easier, though, by using a few tools that often work better than regular toothbrushes and floss like interproximal toothbrushes, power brushes, floss threaders or water flossers.
You can also help lower your mouth's acidity by avoiding or limiting acidic foods and beverages, including juices, sodas, sports and energy drinks. And, by all means, keep up your regular dental cleaning schedule with your general dentist.
Should WSLs develop while you're wearing braces, don't panic. It's possible they'll diminish on their own, or at least not worsen. We can also foster re-mineralization of the enamel with applied fluoride, short bursts of laser light or a procedure called microabrasion that restores damaged areas below the enamel surface.
For more resistant WSLs, we can also inject a liquid tooth-colored resin into them that when hardened by a curing light can make those areas look translucent like normal enamel. We can also use other cosmetic solutions like bonding or veneers to improve your teeth's appearance.
Like other dental problems, dealing with a WSL is usually more successful if caught and treated early. So, check your teeth often while wearing braces, and if you notice anything unusual don't hesitate to call your dentist.
If you would like more information on oral care 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 “White Spots on Teeth During Orthodontic Treatment.”
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