Along with periodontal (gum) disease, tooth decay poses one of the two greatest threats to your teeth. Cavities are just the start: if decay invades the pulp, the tooth’s innermost layer, the infection created can continue to advance through the root canals to the supporting bone. This worst case scenario could cost you your tooth.
But we can stop this advanced decay in its tracks with a procedure called a root canal treatment. A root canal essentially removes all the infected tissue within the tooth and then seals it from further infection. And contrary to its undeserved reputation for being painful, a root canal can actually stop the severe tooth pain that decay can cause.
At the beginning of the procedure, we deaden the affected tooth and surrounding tissues with local anesthesia—you’ll be awake and alert, but without pain. We then isolate the tooth with a dental dam of thin rubber or vinyl to create a sterile environment around it to minimize contamination from bacteria found in saliva and the rest of the mouth.
We then drill a small hole through the enamel and dentin to access the interior of the tooth. With special instruments, we remove and clean out all the diseased or dead tissue in the pulp chamber and root canals. After disinfecting the empty spaces with an antibacterial solution, we’ll shape the root canals to make it easier to perform the next step of placing the filling.
To fill all the root canals and pulp chamber, we typically use a rubber-like material called gutta-percha. Because it’s thermoplastic (“thermo”—heat; “plastic”—to shape), we can compress it into and against the walls of the root canals in a heated state to fully seal them. This is crucial for preventing the empty tooth interior from becoming re-infected. Afterward, we’ll seal the access hole with its own filling; later, we’ll bond a permanent crown to the tooth for additional protection and cosmetic enhancement.
After the procedure you may have some temporary minor discomfort usually manageable with aspirin or ibuprofen, but your nagging toothache will be gone. More importantly, your tooth will have a second chance—and your dental health and smile will be the better for it.
If you would like more information on treating tooth decay, 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 “A Step-By-Step Guide to Root Canal Treatment.”
Even with picture perfect teeth, you may still be unhappy with your appearance. The problem: too much of your upper gums show when you smile.
There’s no precise standard for a “gummy smile”—it’s often a matter of perception. As a rule of thumb, though, we consider a smile “gummy” if four or more millimeters of upper gum tissue show while smiling. In any event if you perceive you have a gummy smile, it can greatly affect your self-confidence and overall well-being.
The good news is we can often correct or at least minimize a gummy smile. The first step, though, is to find out why the gums are so prominent.
There are a few possible causes: the most obvious, of course, is that there’s more than normal gum tissue present. But the cause could be the front teeth didn’t fully erupt in childhood and so the gums appear more prominent. Other causes include the upper lip moving too far upward when smiling (hypermobile) or an elongated upper jaw that’s out of proportion with the face.
Finding the exact cause or combination of causes will determine what approach we take to minimize your gummy smile. If too much gum tissue or not enough of the teeth show, we can use a surgical procedure called crown lengthening to expose more of the crown (the visible part of a tooth), as well as remove excess gum tissues and reshape them and the underlying bone for a more proportional appearance.
A hypermobile upper lip can be treated with Botox, a cosmetic injection that temporarily paralyzes the lip muscles and restricts their movement. But for a permanent solution, we could consider a surgical procedure to limit upper lip movement.
Surgery may also be necessary for an abnormal jaw structure to reposition it in relation to the skull. If, on the other hand it’s the teeth’s position and not the jaw causing gum prominence, we may be able to correct it with orthodontics.
As you can see, there are several ways varying in complexity to correct a gummy smile. To know what will work best for you, you’ll need to undergo an orofacial examination to determine the underlying cause. It’s quite possible there’s a way to improve your smile and regain your self-confidence.
If you would like more information on improving a gummy smile, 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 “Gummy Smiles.”
You’ve invested quite a bit in your new dental implants. And it truly is an investment: because of implants’ potential longevity, their long-term costs could actually be lower than other restorations whose upfront costs might be less.
But to better ensure their longevity, you’ll need to keep your implants and the natural tissues supporting them clean of bacterial plaque, a sticky biofilm that can cause periodontal (gum) disease. Although the implant itself is unaffected by disease, the natural tissues around it can be. An infection could ultimately weaken the bone supporting the implant and lead to its failure.
Such an infection involving implants could advance rapidly because they don’t have the natural defenses of the original teeth. Our natural teeth are connected to the jaw through the periodontal ligament, a collagen network that attaches to both the teeth and the bone through tiny tissue fibers. This connection also provides access to antibodies produced by the body to fight infection.
By contrast, we place implants directly into the jawbone. While this creates a very secure attachment, the implant won’t have the same connection as teeth with the body’s immune system. That means any infection that develops in surrounding tissues can spread much more rapidly—and so must be dealt with promptly.
Treating this particular form of gum disease (known as peri-implantitis) is similar to infections with natural teeth and gums, with one important difference involving the tools we use to remove plaque from them. While natural teeth can handle metal scalers and curettes, these can create microscopic scratches in the porcelain and metal surfaces of an implant and create havens for further bacterial growth. Instead, we use instruments made of plastic or resin that won’t scratch, as well as ultrasonic equipment to vibrate plaque loose.
To avoid an infection, it’s important that you brush your implants and surrounding tissues just like you would your natural teeth (be sure you use a soft-bristled brush). And keep up regular dental visits for thorough cleanings and checkups to stay ahead of any developing gum infection. Maintaining your dentures will help ensure they continue to brighten your smile for a long time.
If you would like more information on dental implants, 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 Implant Maintenance: Implant Teeth Must be Cleaned Differently.”
Can you have healthy teeth and still have gum disease? Absolutely! And if you don’t believe us, just ask actor David Ramsey. The cast member of TV hits such as Dexter and Arrow said in a recent interview that up to the present day, he has never had a single cavity. Yet at a routine dental visit during his college years, Ramsey’s dentist pointed out how easily his gums bled during the exam. This was an early sign of periodontal (gum) disease, the dentist told him.
“I learned that just because you don’t have cavities, doesn’t mean you don’t have periodontal disease,” Ramsey said.
Apparently, Ramsey had always been very conscientious about brushing his teeth but he never flossed them.
“This isn’t just some strange phenomenon that exists just in my house — a lot of people who brush don’t really floss,” he noted.
Unfortunately, that’s true — and we’d certainly like to change it. So why is flossing so important?
Oral diseases such as tooth decay and periodontal disease often start when dental plaque, a bacteria-laden film that collects on teeth, is allowed to build up. These sticky deposits can harden into a substance called tartar or calculus, which is irritating to the gums and must be removed during a professional teeth cleaning.
Brushing teeth is one way to remove soft plaque, but it is not effective at reaching bacteria or food debris between teeth. That’s where flossing comes in. Floss can fit into spaces that your toothbrush never reaches. In fact, if you don’t floss, you’re leaving about a thirdÂ to half of your tooth surfaces unclean — and, as David Ramsey found out, that’s a path to periodontal disease.
Since then, however, Ramsey has become a meticulous flosser, and he proudly notes that the long-ago dental appointment “was the last we heard of any type of gum disease.”
Let that be the same for you! Just remember to brush and floss, eat a good diet low in sugar, and come in to the dental office for regular professional cleanings.
If you would like more information on flossing or periodontal disease, please contact us today to schedule an appointment for a consultation. You can also learn more by reading the Dear Doctor magazine article “Understanding Gum (Periodontal) Disease.”
Your mouth is a lot like the Wild West — home to millions of bacteria and other microbes, some of which are definitely not “the good guys.” But your teeth are well-protected from these hostile forces and their acidic waste products: with enamel shielding the visible part of your tooth, your gums protect the parts you can’t see.
As effective as they are, though, your gums aren’t invincible: their greatest threat is periodontal (gum) disease. This bacterial infection arises from plaque, a thin film of bacteria and food particles accumulating on teeth due to inadequate brushing and flossing.
The infected tissues soon become inflamed (red and swollen), a natural defensive response from the immune system. The longer they’re inflamed, however, the more likely they’ll begin detaching from the teeth. The gums may eventually shrink back or recede from the teeth, often causing them to appear “longer” because more of the tooth is now exposed to view.
Gum recession doesn’t bode well for your teeth’s survival: the exposed tooth and underlying bone can become even more susceptible to infection and damage. In the end, you could lose your tooth and portions of the supporting bone.
Treatment depends on the severity of the gum recession. In mild to moderate cases, we may only need to perform the standard gum disease treatment of removing plaque and calculus from all gum and tooth surfaces (including below the gum line) with special instruments. This helps reduce the infection and allow the gums to heal and re-establish attachment with the tooth. In more advanced cases, though, the recession may be so extensive we’ll need to graft donor tissue to the area using one of a variety of surgical techniques.
Although the right treatment plan can help restore your gum health, there’s another approach that’s even better — preventing gum disease in the first place. You can reduce your disease risk by practicing daily brushing and flossing and visiting your dentist regularly or when you see symptoms like gum swelling or bleeding. Taking care of your gums won’t just save your smile — it might also save your teeth.
If you would like more information on diagnosing and 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 “Gum Recession.”
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