Posts for: October, 2016
If you've had periodontal (gum) disease, you've no doubt experienced gum inflammation, bleeding or pain. But your gums may not be the only mouth structures under assault — the disease may be damaging the underlying support bone.
Although easing soft tissue symptoms is important, our primary focus is to protect all your teeth's supporting structures — the gums, the attaching ligaments and, of course, the bone. To do so we must stop the infection and reduce the risk of reoccurrence.
Stopping gum disease depends on removing its source — plaque, a thin biofilm of bacteria and food particles accumulating on tooth surfaces, due to poor oral hygiene. We must remove it mechanically — with hand instruments known as scalers or ultrasonic equipment that vibrates the plaque and calculus (hardened plaque deposits) loose.
It's not always a straightforward matter, though, especially if the diseased gum tissues have pulled away from the teeth. The slight natural gap between teeth can widen into voids known as periodontal pockets; they fill with infection and can extend several millimeters below the gum line. We must thoroughly cleanse these pockets, sometimes with invasive techniques like root planing (removing plaque from the roots) or surgical access. You may also need tissue grafting to regenerate gum attachment to the teeth.
One of the more difficult scenarios involves pockets where roots divide, known as furcations. This can cause cave-like voids of bone loss. Unless we treat it, the continuing bone loss will eventually lead to tooth loss. Besides plaque removal, it may also be prudent in these cases to use antimicrobial products (such as a mouthrinse with chlorhexidine) or antibiotics like tetracycline to reduce bacterial growth.
Perhaps the most important factor is what happens after treatment. To maintain gum health and reduce the chances of re-infection, you'll need to practice diligent daily hygiene, including brushing, flossing and any prescribed rinses. You should also keep up a regular schedule of office cleanings and checkups, sometimes more than twice a year depending on your degree of disease.
If you would like more information on treatments for 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 “Treating Difficult Areas of Periodontal Disease.”
In real life he was a hard-charging basketball player through high school and college. In TV and the movies, he has gone head-to-head with serial killers, assorted bad guys… even mysterious paranormal forces. So would you believe that David Duchovny, who played Agent Fox Mulder in The X-Files and starred in countless other large and small-screen productions, lost his front teeth… in an elevator accident?
“I was running for the elevator at my high school when the door shut on my arm,” he explained. “The next thing I knew, I was waking up in the hospital. I had fainted, fallen on my face, and knocked out my two front teeth.” Looking at Duchovny now, you’d never know his front teeth weren’t natural. But that’s not “movie magic” — it’s the art and science of modern dentistry.
How do dentists go about replacing lost teeth with natural-looking prosthetics? Today, there are two widely used tooth replacement procedures: dental implants and bridgework. When a natural tooth can’t be saved — due to advanced decay, periodontal disease, or an accident like Duchovny’s — these methods offer good looking, fully functional replacements. So what’s the difference between the two? Essentially, it’s a matter of how the replacement teeth are supported.
With state-of-the-art dental implants, support for the replacement tooth (or teeth) comes from small titanium inserts, which are implanted directly into the bone of the jaw. In time these become fused with the bone itself, providing a solid anchorage. What’s more, they actually help prevent the bone loss that naturally occurs after tooth loss. The crowns — lifelike replacements for the visible part of the tooth — are securely attached to the implants via special connectors called abutments.
In traditional bridgework, the existing natural teeth on either side of a gap are used to support the replacement crowns that “bridge” the gap. Here’s how it works: A one-piece unit is custom-fabricated, consisting of prosthetic crowns to replace missing teeth, plus caps to cover the adjacent (abutment) teeth on each side. Those abutment teeth must be shaped so the caps can fit over them; this is done by carefully removing some of the outer tooth material. Then the whole bridge unit is securely cemented in place.
While both systems have been used successfully for decades, bridgework is now being gradually supplanted by implants. That’s because dental implants don’t have any negative impact on nearby healthy teeth, while bridgework requires that abutment teeth be shaped for crowns, and puts additional stresses on them. Dental implants also generally last far longer than bridges — the rest of your life, if given proper care. However, they are initially more expensive (though they may prove more economical in the long run), and not everyone is a candidate for the minor surgery they require.
Which method is best for you? Don’t try using paranormal powers to find out: Come in and talk to us. If you would like more information about tooth replacement, please contact us or schedule an appointment for a consultation. You can learn more in the Dear Doctor magazine articles “Crowns & Bridgework,” and “Dental Implants.”