Posts for: June, 2021
Around one in ten U.S. adults have diabetes, a metabolic disease that can disrupt other aspects of a person's health like wound healing and vision. It could also cause complications with dental implants, the premier replacement choice for missing teeth.
There are two basic types of diabetes. In type 1 diabetes, the pancreas stops producing insulin, a hormone needed to regulate the amount of sugar glucose in the bloodstream. With the more prevalent type 2 diabetes, the body either doesn't produce enough insulin or doesn't respond efficiently to the insulin produced.
Uncontrolled diabetes can contribute to several dangerous health conditions. In addition to vision impairment and poor wound healing, diabetics are at higher risk for other problems like kidney disease or nerve damage. Drastic swings in blood glucose levels can also cause coma or death.
Many diabetics, though, are able to manage their condition through diet, exercise, medications and regular medical care. Even so, they may still encounter problems with wound healing, which could complicate getting a dental implant.
An implant is composed of a titanium metal post imbedded into the jawbone. Because of its affinity with titanium, bone cells naturally grow and adhere to the implant's metal surface. Several weeks after implant surgery, enough bone growth occurs to fully secure the implant within the jaw.
But this integration process may be slower for diabetics because of sluggish wound healing. It's possible for integration to not fully occur in diabetic patients after implant surgery, increasing the risk of eventually losing the implant.
Fortunately, though, evidence indicates this not to be as great a concern as once thought. A number of recent group studies comparing diabetic and non-diabetic implant patients found little difference in outcomes—both groups had similar success rates (more than 95 percent).
The only exception, though, were diabetic patients with poor glucose control, who had much slower bone integration that posed a threat to a successful implant outcome. If you're in this situation, it's better if you're first able to better control your blood glucose levels before you undergo surgery.
So, while diabetes is something to factor into your implant decision, your chances remain good for a successful outcome. Just be sure you're doing everything you can to effectively manage your diabetes.
If you would like more information on diabetes and 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 “Dental Implants & Diabetes.”
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.”
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.”