Posts for tag: root canal treatment
If you’re undergoing your first root canal treatment, it’s understandable if you’re apprehensive. So, let’s cut to the chase about your biggest fear: a root canal treatment doesn’t cause pain, it relieves it — and saves your tooth too.
You need this procedure because decay has spread deep into your tooth’s inner pulp. The infection has already attacked the nerves bundled within the pulp chamber, the source of the pain that led you to us in the first place.
The real concern, though, is the infection continuing to travel through the canals of the tooth root. If that happens, you’re in danger of not only losing the tooth, but also losing surrounding bone, adjacent teeth or damaging other important structures close by. Our goal is simple: remove the infected pulp tissue and seal the empty chamber and root canals from further infection with a special filling.
We begin by numbing the tooth with local anesthesia — you won’t feel anything but slight pressure as we work. After placing a dental dam — a thin sheet of rubber or vinyl — around the affected tooth to maintain a clean work area, we drill a small hole through the biting surface of a back tooth or in the rear surface of a front tooth. We’ll use this hole to access the pulp, where we’ll first remove all the dead and diseased tissue from the chamber. We’ll then disinfect the chamber and root canals with antiseptic and antibacterial solutions.
After some shaping, we’ll fill the chamber and canals, usually with gutta-percha that’s malleable when heated and can be compressed into and against the walls of the root canals to completely seal them. We’ll then seal the access hole.
You may have a few days of mild discomfort afterward, which can be managed generally with pain relievers like aspirin or ibuprofen. Later, we’ll permanently restore the tooth using filling to seal the root canal inside the tooth followed by a custom crown that’s fit over and bonded to the tooth. This will further minimize chances of a re-infection.
If we’ve recommended a root canal, then we think your tooth should be saved instead of extracted. The procedure will end the pain you’ve been suffering and give your tooth a new lease on life.
If you would like more information on root canal 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 “A Step-By-Step Guide to Root Canal Treatment.”
As in other parts of medicine, lasers are beginning to change the way we provide dental care. More and more dentists are using lasers to make earlier diagnoses of dental disease or provide surgical treatment. One area prime for change is the treatment of teeth with deep decay and in danger of being lost.
For decades now, the best way to save teeth in this condition is with root canal treatment. In this common procedure we access the pulp, remove the infected tissue with specialized hand instruments, and then fill and seal the pulp chamber and root canals with a special filling.
We can now potentially improve the efficiency and increase the success rate of this treatment with laser technology. With their focused light, lasers emit a concentrated burst of energy that's extremely precise. In many instances laser energy can remove the target diseased tissue without damaging nearby healthy tissue.
In this form of root canal treatment, we use lasers to remove tissue and organic debris within the pulp and then shape the root canal walls to better receive the filling. We can also utilize the heat from laser energy to soften and mold the filling, so that it better conforms within the walls of the root canals.
Using lasers in root canal treatments may require less local anesthesia than the traditional approach and also eliminates disturbing or discomforting sounds and vibrations. Dentists who've used the new technology also report less bleeding during the procedure and less pain and occurrences of infection afterwards.
But there are a couple of disadvantages for using lasers in root canal treatment. For one, light travels in a straight line — and many root canal networks are anything but straight. More complex root canal networks may still require the traditional approach. Laser energy could also increase the tooth's inner temperature, which could potentially damage tissues even on the tooth's outer surfaces.
Used in the right circumstances, though, lasers can be an effective means to treat diseased teeth. Â As laser technology continues to advance and becomes a mainstay in dental care, you may soon find it part of your next dental procedure.
It's no exaggeration — dental implants have revolutionized teeth replacement. Life-like and durable, implants are the closest thing in design and function to a natural tooth.
In fact, there's only one thing better than a dental implant — a real tooth. For function and long-term oral health, you can't beat what nature provided you in the first place. So before you finally decide to remove and replace that problem tooth, consider these other options for saving it.
Root canal therapy. Tooth decay can do more than cause cavities — it can work its way into the pulp, the innermost layer of a tooth. If it isn't stopped here, it could continue on to the roots and put the tooth in real danger of loss. A root canal treatment removes the infection from the pulp and root canals and replaces the space with a filling. A life-like crown is then bonded or cemented to the tooth to protect it from further infection.
Aggressive treatment for periodontal (gum) disease. This other dental disease is just as damaging as tooth decay. Caused by bacterial plaque, the gums around a tooth become infected and inflamed. As it moves deeper into the tissues and inflammation progresses, it can affect supporting bone causing it to dissolve. To prevent this potential bone loss, it's important to seek out and remove hidden pockets of plaque. This may require surgery to access the roots for plaque and calculus (tartar) removal, but it's well worth it to preserve the tooth.
Bone grafting. As mentioned before, gum disease can ultimately lead to bone loss. But even when bone loss has occurred (a substantial threat to a tooth's survival) we may be able to reverse it with bone grafting techniques. During this procedure we insert grafting material at the loss site along with substances that stimulate growth. The graft serves as a scaffold for new bone cells to grow upon. Over time the bone volume increases and helps stabilize a weak tooth.
Of course, your best option is to avoid dental disease in the first place with daily brushing and flossing and regular dental visits for cleanings and checkups. That and treating dental disease in its earliest stages will help ensure you'll have the best teeth possible — your own.
If you would like more information on options for treating diseased teeth, 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 “Save a Tooth or Get an Implant?”
Tooth decay can wreak more havoc than just producing cavities. It can work its way into the innermost parts of the tooth — the pulp and tiny passageways called root canals that lead to the tooth's connection with the bone.
If that happens, you'll need more than “drilling and filling.” Without intervention, your tooth could be lost. That intervention is a root canal treatment, a procedure that removes the infection from within the tooth and preserves it from re-infection.
You've probably heard the old belief that root canal treatments are painful. With modern anesthetic techniques to deaden pain, that's not true. In fact, root canal treatments stop the pain caused by infected nerves within the pulp and root canals. More importantly, it saves your tooth.
Root canals can be performed by a general dentist. More extensive decay or complex root canal networks may require the services of an endodontist, a dentist who specializes in root canal anatomy and treatments. Endodontists have advanced techniques and equipment to handle even the most difficult case.
Regardless of who performs it, the basic procedure is the same, as is the goal: to completely remove all diseased tissue within the tooth and seal it with a special filling to prevent re-infection. To access the diseased pulp, we first drill an access hole, usually in the biting surface of a back tooth or the back of a front tooth. We then use specialized instruments to remove the infected tissue and flush out the space with antibacterial solutions.
We then insert a filling called gutta percha into the empty pulp chamber and root canals, seal off the filling with adhesive cement, and close the access hole with filling. These fillings and sealants prevent bacteria from reentering the tooth. For added protection against infection and fracturing, we also recommend placing a full-coverage dental crown. This also enhances the appearance of the tooth, which must be modified during the root canal procedure.
The end result: your once endangered tooth has been preserved for hopefully many years to come. So if we recommend you undergo a root canal treatment, don't wait — the tooth you save may be your own.
Over a lifetime, teeth can endure temperatures ranging from freezing to near boiling, biting forces of as much as 150 pounds per square inch and a hostile environment teeming with bacteria. Yet they can still remain healthy for decades.
But while they’re rugged, they’re not indestructible — they can incur serious damage from tooth decay or periodontal (gum) disease, two of the most prevalent oral infections. If that happens, you could be faced with the choice of removing the tooth or trying to save it.
Because today’s restorations like dental implants are quite durable and amazingly life-like, it might seem the decision is a no-brainer — just rid your mouth of the troubled tooth and replace it. But from a long-term health perspective, it’s usually better for your gums, other teeth and mouth structures to try to save it.
How we do that depends on the disease and degree of damage. Tooth decay, for example, starts when high levels of acid soften the minerals in the outer enamel. This creates a hole, or cavity, that we typically treat first by filling with metal amalgam or, increasingly, composite resins color-matched to the tooth.
If decay has invaded the pulp (the innermost layer of the tooth), you’ll need a root canal treatment. This procedure removes infected material from the pulp and replaces the empty chamber and the root canals with a special filling to guard against another infection. We then cap the tooth with a life-like crown for added protection.
Gum disease, on the other hand, is caused by dental plaque (a thin film of bacteria and food particles on tooth surfaces), and requires a different approach. Here, the strategy is to remove all of the plaque and calculus (hardened plaque deposits) we can find with special hand instruments or ultrasonic equipment, and often over several sessions. If the infection extends deeper or has created deep pockets of disease between the teeth and gums, surgery or more advanced techniques may be necessary.
Though effective, some of these treatments can be costly and time-consuming; the tooth itself may be beyond repair. Your best move is to first undergo a complete dental examination. From there, we can give you your best options for dealing with a problem tooth.
If you would like more information on the best treatment approach for your teeth, 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 “Save a Tooth or Get an Implant?”