Posts for: November, 2018
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.”
Although energy and sports drinks have different purposes, they have one thing in common: they often contain added citric and other acids to improve taste and prolong shelf life. Their high acid content can harm tooth enamel.
Although enamel is the strongest substance in the body, acid can dissolve its mineral content. And although saliva neutralizes acid after eating or drinking and helps restore lost minerals to the enamel, it may not be able to keep up if the mouth remains acidic for a prolonged period of time.
That could happen with both beverage types. While energy drinks have higher acid levels than sports drinks, both are high compared with other beverages.
A recent laboratory experiment studied the two beverages’ effect on tooth enamel. The researchers submerged samples of enamel in six different beverage brands (three from each category) for fifteen minutes, and then in artificial saliva for two hours to simulate mouth conditions. They repeated this cycle four times a day for five days.
At the end of the experiment the enamel in the energy drinks lost on average 3.1 % of their structure, while the sports drink samples lost 1.5%. Although energy drinks appeared more destructive, the acid in both beverages caused enamel damage. Although there are other factors to consider in real life, the experiment results do raise concerns about both beverages’ effect on dental health.
You can, however, minimize the potential harm to your enamel from energy or sports drinks. First, try other beverage choices lower in acid; water, for example, is a natural hydrator and neutral in pH. Try to only drink energy or sports beverages at mealtimes when your saliva is most active. And after drinking, rinse your mouth out with water to dilute any remaining acid.
And although it sounds counterintuitive, wait about an hour to brush your teeth after drinking one of these beverages. Your enamel can be in a softened state before saliva can re-mineralize it, so brushing earlier could remove tiny amounts of enamel minerals.
Taking these steps with energy or sports beverages could help you reduce the chances for enamel erosion. Doing so may help you avoid unnecessary damage to your teeth and overall dental health.
If you would like more information on the effect of sports and energy drinks on dental health, 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 “Think Before You Drink.”
While the term “plastic surgery” might bring to mind face lifts or tummy tucks, not all procedures in this particular surgical field are strictly cosmetic. Some can make a big difference in a person’s health.
One example is periodontal plastic surgery, which corrects gum tissue loss around the teeth. Although these procedures can indeed improve appearance, they more importantly help save teeth.
Gum loss is most often a consequence of periodontal (gum) disease, a bacterial infection arising from a thin film of food particles on the teeth called dental plaque. As the disease weakens the gums’ attachment to teeth, they shrink back or recede, exposing the area around the roots. Without the protective cover the gums provide the roots, they become more susceptible to decay.
In milder cases of gum recession, treating the infection often results in the gums regaining their normal attachment to teeth. But with more advanced recession, natural gum healing may not be enough to reverse it. For such situations grafting donor tissue to the recessed area can help stimulate new tissue growth.
While gum tissue grafts can come from an animal or other human, the most likely source is from the person themselves. In one type of procedure, free gingival grafting, the surgeon locates and completely removes (or “frees”) a thin layer of skin resembling gum tissue, typically from the roof of the mouth, shapes it and then transplants it by suturing it to the recession site. Both donor and recipient sites heal at about the same rate in two to three weeks.
Another technique is known as connective tissue grafting. In this procedure the surgeon partially removes the donor tissue from its site while leaving a portion containing blood vessels intact. The palatal tissue is still used and transported to fit beneath the tissue that’s still attached to the blood supply. This connective tissue graft is then positioned and sutured to the recipient site while still maintaining its blood supply connection at the donor site. Maintaining this connection facilitates healing and increases the chances the graft will “take” and become firmly attached to the new site.
Grafting procedures require advanced techniques and skills. But with them we may be able to restore gum attachment to teeth with an impact on appearance and dental health that’s well worth the effort.
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 “Periodontal Plastic Surgery.”