Posts for: May, 2018
Your child has had braces for a few months and making good progress with correcting a poor bite (malocclusion), but you’ve also noticed something else: his gums are becoming red and swollen.
These are symptoms of gingivitis, a periodontal (gum) disease. It’s an infection that arises when plaque, a thin film of bacteria and food particles, isn’t adequately removed from teeth with daily brushing and flossing. The braces increase the risk for gingivitis.
This is because the hardware — metal or plastic brackets cemented to the teeth and joined together by metal bands — makes it more difficult to reach many areas of the teeth with a brush or floss string. The plaque left behind can trigger an infection that causes inflammation (swelling) and bleeding.
To exacerbate the situation, gums don’t always take well to braces and can react by overgrowing. Wearing braces may also coincide with a teenager’s surge in hormones that can accelerate the infection. Untreated, gingivitis can develop into advanced stages of disease that may eventually cause tooth loss. The effect is also heightened as we’re orthodontically putting stress on teeth to move them.
You can stay ahead of gingivitis through extra diligence with daily hygiene, especially taking a little more time to adequately get to all tooth surfaces with your brush and floss. It may also help to switch to a motorized brush or one designed to work around braces. You can make flossing easier by using special threaders to get around the wires or a water flosser that removes plaque with a pulsating water stream.
And don’t forget regular dental visits while wearing braces: we can monitor and treat overgrowth, perform thorough dental cleanings and treat occurrences of gingivitis. In some cases you may need to visit a periodontist, a specialist in gums and supporting teeth structures, for more advanced treatment. And if the disease becomes extensive, the braces may need to be removed temporarily to treat the gums and allow them to heal.
Orthodontic treatment is important for not only creating a new smile but also improving your teeth’s function. Keeping a close eye out for gum disease will make sure it doesn’t sidetrack your efforts in gaining straighter teeth.
If you would like more information on dental care during orthodontics, 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 “Gum Swelling During Orthodontics.”
For generations, dentures have helped people avoid the dire consequences of total teeth loss. Now, implant technology is making them even better.
Composed of life-like prosthetic teeth fixed within a plastic or resin gum-colored base, dentures are manufactured to fit an individual patient’s mouth for maximum fit, comfort and performance. But dentures also have a critical drawback—they can’t stop bone loss in the jaw.
Bone is constantly regenerating as older cells dissolve and then are replaced by newer cells. In the jawbone, the forces generated when we chew travel through the teeth to the bone and help stimulate this new cell growth. When teeth are missing, though, the bone doesn’t receive this stimulus and may not regenerate at a healthy rate, resulting in gradual bone loss.
Dentures can’t transmit this chewing stimulus to the bone. In fact, the pressure they produce as they rest on top of the gums may actually accelerate bone loss. Over time then, a denture’s once secure and comfortable fit becomes loose.
In the past, most patients with loose dentures have had them relined with new dental material to improve fit, or have new dentures created to conform to the changed contours of the jaws. But implant technology now offers another alternative.
Implants are in essence a tooth root replacement. Dentists surgically implant a titanium metal post directly into the jawbone that naturally attracts bone cells to grow and adhere to it over time (a process called osseointegration). This not only creates a secure and lasting hold, it can also stop or even reverse bone loss.
Most people know implants as single tooth replacements with a porcelain crown attached to the titanium post. But a few strategically placed implants can also support either removable or fixed dentures. Removable dentures (also called overdentures) usually need only 3 or 4 implants on the top jaw and 2 on the bottom jaw for support through built-in connectors in the dentures that attach to the implants. A fixed bridge may require 4-6 implants to which they are permanently attached.
There are pros and cons for each of these options and they’re both more expensive than traditional dentures. In the long run, though, implant-supported dentures could be more beneficial for your bone health and hold their fit longer.
With exciting innovations in cosmetic dentistry over the last few decades, we can now transform nearly any unattractive smile. One of the best and most cost-effective of these is the porcelain veneer. These thin layers of dental porcelain are bonded over the front of chipped, slightly misaligned or stained teeth to create an entirely new look.
Veneers have evolved over time, especially with the materials they contain that give them their beauty and life-likeness. The first veneers were made mainly of feldspathic porcelain, a mineral composition known for its similarity in color and translucence to natural teeth.
But because this early porcelain had a high amount of silica (in essence, glass), and because they were created through overlaying several thin layers that weren’t as strong as a single piece, they were prone to shattering. This made them problematic for teeth subject to heavy biting forces or patients with clenching or grinding habits.
The situation changed dramatically in the 1990s, when dental labs began adding Leucite, a sturdier glass-like mineral that didn’t diminish the porcelain’s translucence. Not only did Leucite make veneers more shatter-resistant, it also enabled dental technicians to fashion most of the veneer in one piece to further strengthen it.
More recent veneers may now incorporate an even stronger material called lithium disilicate. Because lithium disilicate has twice the strength of Leucite, veneers made with it can be as thin as 0.3 millimeters. Not only does this blend together the most desirable qualities expected of a veneer—strength, aesthetic appeal and easy fabrication—it allows for a broader range of situations and uses.
Both of these materials can be pressed or milled to assume the exact shape necessary to fit a particular tooth. The manufacturing process also allows for creating smaller veneers that can then be overlaid with porcelain for the most life-like appearance possible.
Thanks to these stronger materials enhancing the natural beauty of porcelain, we now have a wider creative palate for transforming your smile.
If you would like more information on porcelain veneers, 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 “Porcelain Veneers: Your Smile—Better Than Ever.”