Posts for category: Dental Procedures
If you've been dealing with a tooth that needs to be removed—or it's already missing—you may be looking to replace it with a dental implant. And it's a great choice: No other restoration can provide the appearance and function of a real tooth like an implant.
You and your smile are ready for it. The question is, though, are your gums and underlying bone ready? These dental structures play a critical role in an implant's stability and eventual appearance. A problem with them may make placing an implant difficult if not impossible.
An implant requires around 2.0 millimeters of bone thickness surrounding the implant surface for adequate support and to minimize the chances of gum recession. But tooth loss often leads to bone loss that can drop its thickness below this threshold. This can make placing an implant problematic.
Fortunately, though, we may be able to address the lack of sufficient bone through bone grafting. By placing grafting material within the empty socket, we create a scaffold for new bone cells to grow upon. Over time this subsequent growth may be enough to maintain an adequate thickness of bone for an implant to be placed.
The gums may also pose a problem if they've shrunk back or receded from their normal positions, as often happens because of gum disease (which may also have precipitated the tooth loss). Again, grafting procedures can help ensure there's adequate gum coverage for the implant. And healthier gums may also help protect the underlying bone from loss.
There are several techniques for placing gum tissue grafts, depending on how much recession has taken place. One procedure in particular is often used in conjunction with implant placement. A small layer of synthetic collagen material or gum tissue referred to as pa dermal apron is included with the implant when its placed. Settling into the bone socket, this apron helps thicken the gum tissues, as well as preserve the underlying bone.
During your preliminary exams, we'll assess your bone and gum health to determine if we should take any steps like these to improve them. It may add some time to the implant process, but the end result will be well worth it.
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 “Immediate Dental Implants.”
You have a wonderful pediatric dentist who's great with kids. Their dental office is a children's wonderland with cheerful colors, toys and a staff that tries to make things fun. But no matter what you do—including rewards and positive praise—it's not enough to calm your child's anxiety during dental visits.
Even with the most conducive clinical environment and parental efforts, some children still have an inordinate fear of seeing the dentist. Their anxiety could be a roadblock to getting the treatment they need to maintain good oral health and development. And if that fear carries over into adulthood, they may get into the habit of postponing needed care.
But dentists have an important tool they can use to help children relax: conscious sedation therapy. Using proven sedation medication, dentists can place patients in varying degrees of suppressed consciousness.
Although often used in conjunction, sedation is not the same as anesthesia. The latter is used to eliminate pain during dental procedures. Sedation, on the other hand, aims to calm the negative emotions generated by dental anxiety. A child under sedation can still breathe normally without assistance and respond to physical stimulation or verbal commands.
Sedation medications can be administered orally, usually in syrup form, or with an intravenous (IV) drip. Two of the more popular drugs are Midazolam and Hydroxyzine, both of which act fast and then leave the body quickly after the procedure. These types of sedation drugs have a very low risk of side effects compared to general anesthesia.
While under sedation, the child's vital signs (heart rate, respiration, blood pressure, etc.) are continuously monitored. Afterward, they'll wait in recovery until their vital signs are back to their pre-sedation levels. They can then go home to rest for the remainder of the day, and then usually return to school or other normal activities the following day.
Besides making it easier for a child to receive needed dental care, conscious sedation can also make the overall visit more pleasant, and lead to more positive memories of the experience. This may indeed help them later in life to overcome any lingering anxiety and continue regular dental care throughout adulthood.
If you would like more information on reducing your child's dental visit anxiety, 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 “Sedation Dentistry for Kids.”
Modern restorations for severely damaged or missing teeth are truly remarkable. Although the type of restoration may differ — dental implant, bridge, or veneer — the end result is a life-like facsimile that matches the shape and color of your natural teeth.
To achieve this result, though, the new crown or veneer requires fabrication in a dental laboratory, a meticulous process that may take a few weeks. In the interim, we often install temporary crowns. These help in a number of ways: because we’ve prepared the teeth for final restoration by removing some of the tooth structure, the temporary crown protects and stabilizes the teeth, reduces sensitivity and helps maintain gum health. Temporary crowns also enable the patient to present a more natural smile while waiting for the permanent restoration.
Temporary crowns are typically manufactured to fit a wide range of patients, similar to an “off-the-rack” suit from a clothing store. In recent years, though, customized “tailored” temporary crowns designed specifically for an individual patient have grown in popularity among dental professionals as well as patients.
In creating a customized temporary crown, we first perform a smile analysis similar to one used for a permanent restoration. After a careful assessment of your mouth, we would then make recommendations about the elements to include in the temporary crown, including shape and color. We would also factor in your desires and concerns into the final design. Working together with the dental laboratory, we would then have the temporary crowns produced and ready to apply as soon as we complete the preparatory work.
Customized temporary crowns also serve another important purpose as a kind of “dress rehearsal” for the permanent restoration. This gives you an opportunity to “try out” the smile you’ll have with the permanent restoration in your daily life. We can then use your experience to make adjustments to the permanent crowns before final production.
While customized temporary crowns involve more effort and expense than the traditional, the benefits are worth the added cost, especially if you’re involved with an extensive “smile makeover” procedure. Not only will you look better while your permanent restoration is under construction, your temporary look will give you added confidence that your future smile is right for you.
If you would like more information on temporary and permanent dental 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 “Concepts of Temporary Restorations.”
You would love to replace a troubled tooth with a dental implant. But you have one nagging concern: you also have diabetes. Could that keep you from getting an implant?
The answer, unfortunately, is yes, it might: the effect diabetes can have on the body could affect an implant's success and longevity. The key word, though, is might—it's not inevitable you'll encounter these obstacles with your implant.
Diabetes is a group of metabolic diseases that interfere with the normal levels of blood glucose, a natural sugar that is the energy source for the body's cells. Normally, the pancreas produces a hormone called insulin as needed to regulate glucose in the bloodstream. A diabetic, though either can't produce insulin or not enough, or the body doesn't respond to the insulin that is produced.
And while the condition can often be managed through diet, exercise, medication or supplemental insulin, there can still be complications like slow wound healing. High glucose can damage blood vessels, causing them to deliver less nutrients and antibodies to various parts of the body like the eyes, fingers and toes, or the kidneys. It can also affect the gums and their ability to heal.
Another possible complication from diabetes is with the body's inflammatory response. This is triggered whenever tissues in the body are diseased or injured, sealing them off from damaging the rest of the body. The response, however, can become chronic in diabetics, which could damage otherwise healthy tissues.
Both of these complications can disrupt the process for getting an implant. Like other surgical procedures, implantation disrupts the gum tissues. They will need to heal; likewise, the implant itself must integrate fully with the bone in which it's inserted. Both healing and bone integration might be impeded by slow wound healing and chronic inflammation.
Again, it might. In reality, as a number of studies comparing implant outcomes between diabetics and non-diabetics has shown, there is little difference in the success rate, provided the diabetes is under control. Diabetics with well-managed glucose can have success rates above 95%, well within the normal range.
An implant restoration is a decision you should make with your dentist. But if you're doing a good job managing your diabetes, your chances of a successful outcome are good.
Not long ago, the most affordable option for total tooth loss was a removable denture. Dentures, prosthetic (false) teeth set in gum-colored acrylic plastic bases, can effectively restore function and appearance. But the appliance continues to have one major drawback: it can accelerate bone loss in the jaw.
Like other living tissues, older bone cells die and become absorbed into the body (resorption). Normally they're replaced by newer cells. The forces generated when we chew our food travel through the teeth to stimulate this new growth. This stimulus ends when we lose our teeth, and so cell replacement can slow to an abnormal rate. Eventually, this causes bone loss.
Removable dentures can't provide this stimulation. In fact, the pressure generated as they compress the gums' bony ridges can even accelerate bone loss. That's why over time a denture's fit can become loose and uncomfortable — the bone has shrunk and no longer matches the contours of the dentures.
In recent years, though, a new development has been able to provide greater support to dentures while at the same time slowing or even stopping bone loss. We can now support dentures with dental implants.
Implants are best known as individual tooth replacements: a titanium metal post replaces the root, while a life-like porcelain crown attaches to the post to replace the visible tooth. In addition to providing a longer-lasting alternative to removable dentures, implants provide a very important health benefit: they improve bone density because they mimic the function of natural teeth. Bone cells are naturally attracted to the titanium; they adhere to the titanium post and are stimulated to grow through the action of chewing, increasing bone density and securing the implant's hold in the jaw.
Using the same technology we can support removable dentures, or even full fixed bridges. Rather than rest directly on the bony ridges, a denture can make a secure connection through a coupling system with just a few strategically placed implants. We can also permanently attach a full bridge by fastening it to a few implants with screws.
Not only do we eliminate the pressure from dentures compressing the gums and bone tissue, we can actually stimulate bone growth with the implants. Although more costly upfront than traditional dentures, unlike traditional dentures which must be replaced every five to seven years, long-lasting implants may be more cost-effective over the long-run.
If you would like more information on implant-supported tooth replacement, 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 “New Teeth in One Day.”