Posts for: January, 2019
Tooth decay is as relentless as it is destructive, and it makes little distinction between age, gender, ethnicity or social status. Although risk levels vary from person to person, we’re all potentially in the crossfire for this harmful disease. Getting ahead of it early could save your teeth.
Tooth decay begins with oral bacteria. While feeding on dental plaque that accumulates on the teeth, bacteria multiply and produce acid as a by-product. Too much acid softens and erodes tooth enamel, which enables decay to advance deeper into the tooth.
If it isn’t stopped, decay can eventually infect and weaken the roots and bone, and ultimately lead to a lost tooth. By stopping it as early as possible before it reaches the inner pulp and root canals, we can greatly limit the damage.
Regular dental care is crucial for early detection. Here’s how we can stay ahead of developing decay during dental visits.
Visible inspection. There are visible signs a trained dentist may notice that point to tooth decay. Besides an already formed hole or cavity, we might also pick up on other unusual appearances like white spot lesions: these slight blemishes often occur in the areas of contact with other teeth, which we can treat with topical fluoride.
X-rays. This tried and true diagnostic tool has been a mainstay of dental care for nearly a century. The images they produce can indicate decay as darker spots or areas on or within the tooth that may not yet be visible to the eye. And with advances in digital processing and more streamlined equipment, we can effectively do this with a very low dosage of radiation exposure.
Advanced technology. We’ve developed other means for better disease detection that complement x-rays and visual inspections. Specialized microscopes and lasers are now important tools for analyzing suspected areas of early decay.
Even if decay gets a foothold we can effectively stop it and restore a tooth with a root canal treatment or a similar procedure. The best outcome, though, is to not allow this destructive disease to get that far. With dedicated oral hygiene and regular dental visits that uncover early decay, chances are good your teeth can remain healthy for a lifetime.
If you would like more information on fighting 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 “Tooth Decay: How to Assess Your Risk.”
Do-it-yourself (DIY) whitening kits are a popular option for restoring a healthy shine to stained and dulled teeth. They're relatively safe and generally live up to their packaging claims.
But a home kit might not always be your best option. Here are 4 reasons why DIY whitening might not be right for you.
You're on the early side of your teen years. Tooth whitening at home is quite popular with teenagers. For older teens it doesn't really pose a dental risk as long as you use the product appropriately (more on that in a moment). However, the immature enamel of younger teens' permanent teeth is still developing and can be vulnerable to damage by whitening processes.
You don't follow instructions well. Not to say you have this particular character quirk — but if you do you may run into trouble with DIY whitening. Home kits are safe if you follow their instructions carefully. If you use them to excess as one 13-year old boy was reported to have done, you could severely (and permanently) erode your teeth's protective enamel.
Your teeth are in need of dental work. Tooth whitening can't fix everything that may be contributing to an unattractive smile. It's always better to have issues like dental disease or chipped teeth addressed first before whitening. And, if your tooth discoloration originates from inside your tooth, a whitening kit won't help — they're only designed for staining on the enamel's outside surface. You'll need a special dental procedure to whiten internal (or intrinsic) tooth staining.
You want to control the amount of brightness. Home kits don't have the level of fine-tuning that a clinical procedure can achieve. While the bleaching agent in a professional whitening solution is much stronger than a home kit, your dentist is trained in techniques that can vary the amount of bleaching, from a softer white to dazzling “Hollywood” bright. And clinical whitening usually takes fewer sessions and may last longer than a home kit.
If you're interested in teeth whitening, see your dentist for a dental examination first before purchasing a DIY kit. Even if you decide to do it yourself, your dentist can give you buying advice for whitening kits, as well as how-to tips.
If you would like more information on tooth whitening, 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 “Tooth Whitening Safety Tips.”
Lasers have transformed our everyday lives, especially in healthcare. These intense beams of light of a single wavelength have revolutionized all manner of diagnostics and treatments, from general surgery to cosmetic therapy.
Dentistry has also been influenced by the laser revolution. Here are just a few of the areas where they’re growing in use and popularity.
Early disease detection. Laser instruments can take advantage of “fluorescence,” the tendency of bacteria to “glow” when exposed to certain wavelengths of light. This is proving more effective in detecting early tooth decay in pits and fissures (very tiny areas in a tooth’s biting surface) than traditional needle-like probing instruments called dental explorers. Newer lasers can now detect the same fluorescent qualities in soft tissues, which may reduce the detection time for oral cancer and make the difference between life and death.
Dental caries treatment. Lasers have become an alternative to the dental drill in treating teeth with dental caries (decay). Although with larger cavities lasers are somewhat slower than the conventional drill, they truly shine when it comes to early enamel caries and small cavities because they can be quite precise in the amount of tooth structure they remove. This feature allows them to be less invasive than a dental drill.
Periodontal treatment. Periodontal (gum) disease is an infection caused mainly by bacterial plaque and calculus (hardened plaque deposits) that have adhered to tooth surfaces. Lasers are emerging as an alternative to conventional periodontal (gum) surgery to treat voids or spaces below the gum line called periodontal pockets that have formed because of gum tissue detachment as supporting bone is lost. With their ability to target and destroy infected tissue without damaging nearby healthy tissue, lasers can achieve similar outcomes as traditional techniques but with less tissue damage and discomfort to patients afterward.
Research and development into laser technology continues to perfect these and other applications that promise to make dental procedures less invasive and more comfortable for patients.