A wise sage once said the largest room in the world is the "room for improvement." Indeed, many modern advances would never have happened if someone hadn't first asked, "How can I make this better?"
Dentures and bridges are a case in point. Both of these tooth replacement methods have a long, successful track record in restoring functional, life-like teeth. But a recent development has made them even better: the incorporation of dental implants.
Most people associate implants, metallic posts imbedded in the jawbone, with single tooth replacements. But a few strategically placed implants can connect to and support a full removable denture (or overdenture). We can also use them to permanently affix a full or partial bridge without altering any remaining teeth as with a regular bridge.
There are two great benefits to using implants in this way. The most obvious is that they provide greater support for restorations than the traditional means for securing them in place. But there's also a less obvious benefit: They help sustain and improve bone health.
When you lose teeth, there's a high probability of bone loss. The bone is constantly forming new cells to replace older cells that have dissolved. The forces generated during chewing travel up through the teeth and help stimulate new bone growth. When teeth go missing, though, that stimulus disappears.
As a result, new cell formation can't keep up with the loss of older cells, causing the volume and density of jawbone to diminish over time. And this gradual bone loss continues to occur even with dentures or bridges, which can't replicate the chewing stimulus. Even worse, dentures irritating the bony ridges of the jaw may actually accelerate bone loss.
But the titanium in dental implants attracts bone cells, which readily grow and adhere to the implant surface. They can stop the progression of bone loss, or even help stimulate more growth. That bone growth benefit is also applicable when incorporated with dentures or bridges.
If you're looking at a denture or bridge restoration, consider implant support. It may even be possible to retrofit your existing dentures for implants. It could give you a more secure restoration and healthier bone.
If you would like more information on implant-supported dentures and bridges, 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 “Overdentures & Fixed Dentures.”
According to Forbes Magazine, Kylie Jenner is the world's youngest billionaire at age 22. Daughter of Caitlyn (Bruce) Jenner and Kris Jenner, Kylie is the founder and owner of the highly successful Kylie Cosmetics, and a rising celebrity in her own right. But even this busy CEO couldn't avoid an experience many young people her age go through each year: having her wisdom teeth removed.
At around 10 million removals each year, wisdom teeth extraction is the most common surgical procedure performed by oral surgeons. Also called the third molars, the wisdom teeth are in the back corners of the jaws, top and bottom. Most people have four of them, but some have more, some have fewer, and some never have any. They're typically the last permanent teeth to come in, usually between ages 17 and 25.
And therein lies the problem with wisdom teeth: Many times, they're coming in late on a jaw already crowded with teeth. Their eruption can cause these other teeth to move out of normal alignment, or the wisdom teeth themselves may not fully erupt and remain fully or partially within the gums (a condition called impaction). All of this can have a ripple effect, decreasing dental function and increasing disease risk.
As Kylie Jenner has just experienced, they're often removed when problems with bite or instances of diseases like tooth decay or gum disease begin to show. But not just when problems show: It's also been a common practice to remove them earlier in a kind of “preemptive strike” against dental dysfunction. But this practice of early wisdom teeth extraction has its critics. The main contention is that early extractions aren't really necessary from a medical or dental standpoint, and so patients are unduly exposed to surgical risks. Although negative outcomes are very rare, any surgical procedure carries some risk.
Over the last few years, a kind of middle ground consensus has developed among dentists on how to deal with wisdom teeth in younger patients. What has emerged is a “watch and wait” approach: Don't advise extraction unless there is clear evidence of developing problems. Instead, continue to monitor a young patient's dental development to see that it's progressing normally.
Taking this approach can lead to fewer early wisdom teeth extractions, which are postponed to a later time or even indefinitely. The key is to always do what's best for a patient's current development and future dental health.
Still, removing wisdom teeth remains a sound practice when necessary. Whether for a high school or college student or the CEO of a large company, wisdom teeth extraction can boost overall dental health and development.
If you would like more information about wisdom teeth and their impact on dental health, please contact us or schedule a consultation. To learn more, read the Dear Doctor magazine article “Wisdom Teeth: To Be or Not to Be?”
Although we've known for some time how tooth decay forms, it's still prevalent across the population—even more so than cancer or heart disease. Along with gum disease, it's a leading cause of tooth loss.
Fortunately, our knowledge about tooth decay has grown considerably, to the point that we now recognize a number of risk factors that make it more likely a person will develop this disease. By first identifying them in individual patients, we can take steps to address them specifically to reduce the chances of this destructive disease.
Genetics. Researchers have identified around 40 to 50 genes that can influence cavity development. The best way to assess your genetic risk is through family history—if numerous close family members contend with tooth decay, your risk may be high. If so, it's important to be extra vigilant with addressing other areas over which you have more control.
Saliva. Cavities are directly caused by oral acid, a byproduct of bacteria, that can erode tooth enamel over prolonged contact. This is minimized, though, through a normal saliva flow that neutralizes acid and helps remineralize enamel. But poor saliva production can slow acid neutralization. You can improve your saliva flow by drinking more water, changing medications or using saliva-boosting products.
Oral hygiene. You can reduce bacteria (and thus acid) by removing their "room and board"—dental plaque. This accumulating film of food particles harbors the bacteria that feed on it. Daily brushing and flossing, accompanied by regular dental cleanings, effectively removes dental plaque, which in turn lowers the levels of oral bacteria and acid.
Dental-friendly diet. Even if you diligently address the previous risk factors, your diet may fight against your efforts. Diets high in processed and refined foods, especially sugar, provide abundant food sources for bacteria. On the other hand, a diet primarily of whole foods rich in vitamins (especially D) and minerals like calcium and phosphorous strengthen teeth against decay.
Preventing tooth decay isn't a "one-size-fits-all" approach. By identifying your own particular risk, we can craft a care strategy that can be your best defense against this destructive dental disease.
In an ideal world, your family's dental needs would mesh seamlessly with the family budget. Alas, it's not always that way, and it can often be a head scratcher figuring out how to pay for needed dental work.
You can reduce treatment costs with dental insurance, which could conceivably cut your bill in half. But dental policies often have payment caps and coverage limitations on materials and procedures. And unless someone else like an employer is paying for it, you'll have to subtract the premiums you're paying from any benefits you receive to reveal what you're actually saving.
Even with dental insurance, you can still have a remaining balance that exceeds what you can pay outright. You may be able to work out a payment plan with the dentist for extended treatments like braces, but this might not be possible in other cases.
That leaves financing what you owe with loans or credit cards. For the latter, it's highly likely your dentist accepts major credit cards. But since many cards charge high interest rates, you could pay a hefty premium on top of your treatment charges the more you extend your payments on a revolving account over time.
Your dentist may also participate with a healthcare credit card. Although similar to a regular credit card, it only pays for healthcare costs like dental fees. Interest rates may also be high like regular cards, but some healthcare cards offer promotional periods for paying a balance over a designated time for little to no interest. But late payments and overextending the promotional period could nullify this discount.
You might save more on interest with a loan that has a fixed interest rate and payment schedule rather than a credit card with revolving interest (although credit cards may be more suitable for smaller expenditures while a fixed loan works better for larger one-time charges). One in particular is a healthcare installment loan program, one of which your dentist might be able to recommend, which is often ideal for paying dental costs.
Paying for your family's needed dental care can be financially difficult. But you do have options—and your dentist may be able to assist you in making the right choice.
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.”
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