Posts for tag: orthodontic treatment
Moving teeth to better positions through orthodontics not only improves dental function and health, it can vastly improve your appearance. But to achieve a result that continues to be attractive as you age requires thorough planning and forethought.
That’s because your body continues to change all during life. While the most accelerated growth happens in childhood and adolescence, even older adults continue to change, especially in their facial features. A good deal of research has helped identify and catalog these changes, which orthodontists now incorporate into their corrective treatments for poor bites (malocclusions).
For example, the lips grow until they reach their maximum thickness in girls usually around age 14 and boys age 16. But researchers have also found lip thickness gradually diminishes for most people beginning in their late teens until about age 80. In other words, the appearance of your lips in your elderly years will be vastly different than in your teens. The same holds true for other facial features: our facial profile flattens as the nose becomes longer and more pronounced while the lower part of the face shortens.
Using this knowledge of the effects of aging on the face, orthodontists now attempt to anticipate “where” the facial features will be decades down the road. This projection can help them design a treatment plan that takes advantage of these projected changes.
For example, orthodontists may begin treatment before a patient’s teenage years with techniques that serve to guide jaw growth. Keeping that development on track will help if or when braces may be needed a few years later. Guiding jaw growth will help shorten the distance of where a patient is in their orofacial development and where they should be later in life with normal development.
Orthodontists aren’t predictors of the future. But armed with an understanding of the aging process, they can help patients head in the right direction to produce a smile and facial appearance that will endure well into later life.
If you would like more information on moving teeth to achieve a more attractive appearance, 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.”
It’s a common sight to see someone wearing braces—and not just teens or pre-teens. In the last few decades, people in their adult years (even late in life) are transforming their smiles through orthodontics.
If you’re an adult considering treatment to straighten your teeth, this particular dental specialty might be an unfamiliar world to you. Here are 3 things you may not know about orthodontics.
Orthodontic treatment cooperates with nature. There would be no orthodontics if teeth couldn’t move naturally. Teeth are actually held in place by an elastic tissue called the periodontal ligament that lies between the teeth and bone. Small fibers from the ligament tightly attach to the teeth on one side and to the bone on the other. Although it feels like the teeth are rigidly in place, the ligament allows for micro-movements in response to changes in the mouth. One such change is the force applied by orthodontic appliances like braces, which causes the bone to remodel in the direction of the desired position.
Treatment achieves more than an attractive smile. While turning your misaligned teeth into a beautiful, confident smile is an obvious benefit, it isn’t the only one. Teeth in proper positions function better during chewing and eating, which can impact digestion and other aspects of health. Misaligned teeth are also more difficult to keep clean of bacterial plaque, so straightening them could help reduce your risk of tooth decay or periodontal (gum) disease.
Possible complications can be overcome. Some problems can develop while wearing braces. Too much applied force could lead to the roots dissolving (root resorption), which could make a tooth shorter and endanger its viability. Braces can also contribute to a loss of calcium in small areas of tooth enamel, which can make the teeth more vulnerable to oral acid attack. However, both these scenarios can be anticipated: the orthodontist will watch for and monitor signs of root resorption and adjust the tension on the braces accordingly; and diligent oral hygiene plus regular dental cleanings will help prevent damage to the tooth enamel.
If you’re dreaming of a straighter and healthier smile, see us for a full examination. We’ll then be able to discuss with you your options for transforming your smile and your life.
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 article “Moving Teeth with Orthodontics.”
Although tooth decay is a major problem to watch for in your child’s teeth, it isn’t the only one. As their teeth transition from primary (“baby”) to permanent, you should also be on the lookout for a developing poor bite or malocclusion.
Although the signs can be subtle, you may be able to detect an emerging malocclusion, starting usually around age 6, if you know what to look for. Here are 4 signs your child may be developing a poor bite.
Excessive spacing. This is something that might be noticeable while the child still has their primary teeth. If you notice an excessive amount of space around the front teeth, the sizes of the jaws and the teeth may be disproportional.
Abnormal overlapping. The upper teeth normally just cover the bottom teeth when the jaws are closed. But a malocclusion may be forming if the lower teeth cover the upper (underbite), the upper teeth extend too far over the lower (deep bite) or there’s space between the upper and lower front teeth (open bite).
Different overlapping patterns. Watch as well for some of the teeth overlapping normally while others don’t, a sign of a cross bite. For example, the back upper teeth may cover their counterparts in a normal fashion while the lower front teeth abnormally overlap the top front. The roles here between front and back teeth can also be reversed.
Abnormal eruptions. Permanent teeth normally follow a pattern when erupting, but certain factors could disrupt the process. For example, a jaw that’s developed too small can cause crowding as incoming teeth vie for space; as a result, some permanent teeth may erupt out of their proper position. Likewise, if a baby tooth is out of its normal position or prematurely lost, the permanent tooth may erupt out of position too.
The good news with each of these developing bite problems is that we can correct them or at least minimize their future effect if caught early. So if you notice any of these signs or anything else out of the ordinary, see an orthodontist as soon as possible. It’s also a good idea to have your child undergo a thorough orthodontic evaluation around age 6.
If you would like more information on bite problems 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 “Problems to watch for in Children Ages 6 to 8.”
Overbites, underbites, crossbites—these are just a few of the possible malocclusions (poor bites) you or a family member might be experiencing. But no matter which one, any malocclusion can cause problems.
Besides an unattractive smile, a malocclusion makes it more difficult to chew and to keep the teeth and gums clean of disease-causing bacterial plaque. Thus correcting a malocclusion improves dental health; a more attractive smile is an added bonus.
This art of correction—moving teeth back to the positions where they belong—is the focus of a dental specialty called orthodontics. And, as it has been for several decades, the workhorse for achieving this correction is traditional braces.
Braces are an assembly of metal brackets affixed to the teeth through which the orthodontist laces a metal wire. The wire is anchored in some way (commonly to the back teeth) and then tightened to apply pressure against the teeth. Over time this constant and targeted pressure gradually moves the teeth to their new desired positions.
The reason why this procedure works is because teeth can and do move naturally. Although it may seem like they’re rigidly set within the jawbone, teeth are actually held in place by an elastic tissue network known as the periodontal ligament. The ligament lies between the tooth and bone and keeps the tooth secure through tiny fibers attached to both it and the bone. But the ligament also allows teeth to continually make micro-movements in response to changes in chewing or other environmental factors.
In a sense, braces harness this tooth-moving capability like a sail captures the wind propelling a sailboat. With the constant gentle pressure from the wires regularly adjusted by the orthodontist, the periodontal ligament does the rest. If all goes according to plan, in time the teeth will move to new positions and correct the malocclusion.
In a way, braces are the original “smile makeover”—once crooked teeth can become straight and more visually appealing. More importantly, though, correcting a poor bite improves how the mouth works, especially while eating, and keeping things clean. A straighter smile isn’t just more attractive—it’s healthier.
If you would like more information on correcting misaligned teeth, 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 “Moving Teeth with Orthodontics.”
When your braces finally come off, you’ll hopefully be astounded by what you see –once-crooked teeth replaced by a more attractive smile. But you might also see something you didn’t expect: noticeable white spots on some of your teeth.
These spots called white spot lesions (WSLs) appear lighter than the surrounding tooth enamel due to mineral loss just beneath the surface. This happens because bacterial or food acids have contacted the enamel surface for too long and dissolved the underlying calcium and other minerals. This results in a small discolored and chalky-like area in the enamel.
WSLs are common during orthodontics because wires and brackets create hard to reach places for brushing and flossing, which can accumulate bacterial plaque. The bacteria produce acid, which weakens the enamel at these places. The tiny white spots that result are more than just unattractive—they can become entry points into the tooth for decay. That’s why they should be dealt with as soon as possible—and preferably before they’re created.
To that end, you’ll need to do as thorough a job as possible brushing and flossing while undergoing orthodontic treatment. To improve your thoroughness try using an interproximal toothbrush that can maneuver more closely around braces hardware than a regular brush. You can also improve your flossing with a floss threader or a water flosser, a device that sprays pressurized water to loosen and flush away plaque.
If you do develop WSLs, there are some things we can do to treat them. We can attempt to re-mineralize the affected enamel with the help of topical fluoride (either pastes or gels for home use or with an office application) or a re-mineralizing agent. We can also use techniques like microabrasion, which restores damaged areas beneath the surface, or inject a liquid, tooth-colored resin beneath the WSL’s surface to improve appearance and protect against decay.
If while wearing braces you do notice any white spots or other tooth discoloration let your dentist or orthodontist know right away. The sooner your dental providers can begin dealing with potential WSLs the better your chances for a healthy and beautiful outcome after braces.
If you would like more information on oral hygiene 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.”