Posts for category: Dental Procedures
Here's the bad news: One of your teeth has tooth decay. But here's even worse news: The decay has entered the pulp and root canals in the heart of the tooth. You're well on your way to losing that tooth.
But cheer up—root canal therapy might save your decayed tooth. We use root canal therapy to remove the infection from within a tooth and then fill the resulting empty spaces to prevent further infection. This routine procedure has saved millions of teeth.
But alas, along the way root canals somehow became a cultural symbol for unpleasantness. In reality, there's nothing further from the truth—the procedure itself is painless, and may even stop any pain caused by tooth decay.
So, let's take the mystery out of root canal therapy—the more you know, the less wary you'll feel. Here's what to expect if you undergo this tooth-saving procedure.
Preparation. We start by numbing the tooth and surrounding gums with local anesthesia. While we're waiting for the anesthesia to take full effect, we isolate the tooth with a dental dam to prevent cross-contamination to other teeth.
Access. Next, we drill a small opening into the tooth to access the pulp and root canals. If it's one of the large back teeth, we drill the hole in the tooth's biting surface; in a narrower front tooth, we make the access opening in the rear surface.
Removal. We remove tissue from the pulp and root canals using special instruments. Afterward, we thoroughly disinfect the pulp and canal interiors with an antibacterial solution to ensure we've stopped the infection.
Filling. After re-shaping the root canals, we fill them and the pulp chamber with gutta percha, a rubber-like material ideal for this type of dental situation. We then fill and seal the access hole. In a few weeks, you'll return to have a permanent crown installed to further protect the tooth.
You may have some minor discomfort that's usually manageable with mild pain relievers, and should dissipate over a few days. The good news, though, is that we've more than likely saved a tooth that might have otherwise been lost.
If you would like more information on treating a decayed tooth, 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.”
The mouth is a crowded place with nerves, blood vessels and sinus cavities sharing common space with the teeth and gums. Although important in their own right, these structures can also hinder treatment for complex dental situations like dental implant surgery or impacted teeth.
Treating these and similar situations depends on getting an accurate depiction of “what lies beneath.” Conventional x-rays help, but their two-dimensional images don't always give the full picture. There's another way—cone beam computed tomography (CBCT).
Similar to CT scanning, CBCT uses x-ray energy to take hundreds of “sliced” images that are then re-assembled with special software to create a three-dimensional model viewable on a computer screen. CBCT is different, though, in that it employs a scanning device that revolves around a patient's head, which emits a cone-shaped beam of x-rays to capture the images.
A dentist can manipulate the resulting 3-D model on screen to study revealed oral structures from various angles to pinpoint potential obstacles like nerves or blood vessels. The detailed model may also aid in uncovering the underlying causes of a jaw joint disorder or sleep apnea.
CT technology isn't the only advanced imaging system used in healthcare. Another is magnetic resonance imaging (MRI), which excites hydrogen atoms in water molecules. This produces different vibration rates in individual tissue structures, which are then translated into detailed images of these structures. Unlike CT or CBCT, MRI doesn't use x-ray energy, but rather a magnetic field and radio waves to produce the atomic vibrations.
But while providing good detail of soft tissues, MRI imaging doesn't perform as well as CBCT with harder tissues like bone or teeth. As to the potential risks of CBCT involving x-ray radiation exposure, dentists follow much the same safety protocols as they do with conventional x-rays. As such, they utilize CBCT only when the benefits far outweigh the potential x-ray exposure risks.
And, CBCT won't be replacing conventional x-rays any time soon—the older technology is often the more practical diagnostic tool for less invasive dental situations. But when a situation requires the most detailed and comprehensive image possible, CBCT can make a big difference.
If you would like more information on advanced dental diagnostics, 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 “Getting the Full Picture With Cone Beam Dental Scans.”
“Orthodontic treatment” and “braces” almost seem like synonymous terms. But while braces certainly are orthodontic, it isn't the only tool in an orthodontist's toolkit.
A good example is a device is known as a Herbst appliance. It's used in situations where the upper jaw is outpacing the growth and development of the lower jaw during childhood. If not corrected, this could cause the top teeth to protrude abnormally beyond the lower teeth.
The Herbst appliance gently and gradually coaxes the lower jaw to grow in a more forward direction, thus “catching up” with the upper jaw. The top part of the device consists of two metal tubes hinged to small elastic bands, which are cemented to the cheek side of the upper back teeth (molars), one on either side of the jaw.
Two smaller tubes are attached in like fashion to the lower teeth, and then inserted into the larger tubes. As the lower jaw moves, the smaller tubes move within the larger to create pressure that gently pushes the jaw forward. Over time, this can sync the growth progress of both the upper and lower jaws, and reduce the chances of a poor bite.
For best results, a Herbst appliance is usually placed to coincide with a child's most rapid period of jaw growth, usually between 11 and 14. They could be placed as early as 8 or 9, however, in situations where the front teeth are already protruding well beyond the lips. In any event, the goal is to positively influence the growth of the lower jaw to alleviate or at least minimize the need for future orthodontic treatment.
As a fixed device, there's no need for a child or parent to tend to it as with other methods, like orthodontic headwear worn in conjunction with braces. A Herbst appliance can, however, alter the normal sensations associated with eating, swallowing and speaking, which may take a little adjustment time for the child. Wearers will also need to be extra vigilant with daily brushing and flossing because of a higher risk of tooth decay.
These, though, are minor inconveniences compared with the benefit of improved bite development. As such, a Herbst appliance could be a positive investment in your child's dental future.
If you would like more information on interceptive 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 “The Herbst Appliance.”
If you're thinking about getting dental implants, you may be curious about how long it might take. The answer depends on the health of your supporting bone.
Bone is an integral part of implant functionality as bone cells gradually grow and adhere to the newly placed implant to give it its characteristic strength. The implant also requires an adequate amount of bone to accurately position it for the best appearance outcome.
If the bone is sufficient and healthy, we can proceed with the surgical placement of the implant. The most common practice following surgery is to allow a few weeks for the bone integration described previously to take place before finally attaching the crown. With an alternative known as a “tooth in one day” procedure, we install a crown right after surgery, which gives you a full smile when you leave.
There's one caveat to this latter method, though—because the implant still requires bone integration, this immediate crown is temporary. It's designed to receive no pressure from biting or chewing, which could damage the still integrating implant. We'll install the permanent crown after the implant and bone have had time to fully mesh.
So, if your supporting bone is sound, the complete implant process may only take a few weeks. But what if it's not—what if you've lost bone and don't have enough to support an implant? In that case, the length of process time depends on the severity of the bone loss and if we're able to overcome it. In some cases, we can't, which means we'll need to consider a different restoration.
But it's often possible to regenerate lost bone by grafting bone material at the implant site. If the bone loss is moderate, it may take 2 to 4 months of regrowth after grafting before we can perform implant surgery. If it's more significant or there's disease damage to the socket, it may take longer, usually 4 to 6 months. It largely depends on the rate of bone regeneration.
In a nutshell, then, the health of your jaw's supporting bone has a lot to do with whether the implant process will take a few weeks or a few months. Regardless of the time, though, you'll gain the same result—new, functional teeth and a more attractive smile.
If you would like more information on dental implant restorations, 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 “Implant Timelines for Replacing Missing Teeth.”
Dental patients have amazing options for tooth replacement. Dental implants, for example, can replace the entire tooth, root and crown, giving patients a new tooth nearly as good as the old one.
Nearly—but not exact. Even implants can't match the full benefits of a natural tooth, including one in less than perfect shape. Our first goal as dentists, then, is to save a diseased tooth if at all practical before considering replacing it.
That often involves a root canal treatment to address decay threatening a tooth's interior. The procedure requires drilling into the tooth to access its innermost pulp, cleaning out the pulp and root canals, and then filling the empty spaces. Since all dentists are trained in basic root canal treatment, your general dentist may be able to perform it.
But some dental situations call for more advanced endodontics, the dental specialty for treating disease and other problems inside a tooth. So, in what situations would you see an endodontist?
When your dentist refers you. Your dentist wants you to receive the level of treatment necessary to save your tooth. After examination, they may determine your situation would be better served by the advanced training, equipment and techniques (including surgery) of an endodontist.
When your tooth has complications. Patients often need an endodontist when existing factors complicate treatment of advanced tooth decay. A patient may have dental pain that's difficult to pinpoint, requiring the diagnostic resources of an endodontist. It's also common for a tooth's root canal network to be highly intricate, and which respond better to treatment with specialized endodontic tools and techniques.
When root canal treatment fails. Most root canal treatments are successful in protecting the tooth from further infection. That said, it's still possible for a root-canaled tooth to become re-infected or develop more problems. Again, an endodontist and their “tool chest“ re-treating a root-canaled tooth may be the best option for saving it.
You also don't have to wait for a referral—you can see an endodontist if you believe they would be best to treat your decayed tooth. You can find one near you by visiting an online endodontist directory at www.aae.org/find. An endodontist may be the lifesaver your diseased tooth needs.