Posts for: May, 2018
Chewing tobacco is as much a part of our sports culture as the national anthem. What once began as an early 20th Century baseball player method for keeping their mouths moist on dusty fields has evolved into a virtual rite of passage for many young athletes.
But the persona of “cool” surrounding smokeless tobacco hides numerous health threats — including disfigurement and death. What isn’t as widely recognized is the degree to which chewing tobacco can adversely affect your teeth, mouth and gums.
Need more reasons to quit? Here are 4 oral health reasons why you should spit out smokeless tobacco for good.
Bad breath and teeth staining. Chewing tobacco is a prime cause of bad breath; it can also stain your teeth, leaving your smile dull and dingy, as well as unattractive from the unsightly bits of tobacco between your teeth. While these may seem like superficial reasons for quitting, a less-than-attractive smile can also have an impact on your self-confidence and adversely affect your social relationships.
The effects of nicotine. Nicotine, the active ingredient in all tobacco, absorbs into your oral tissues and causes a reduction in blood flow to them. This reduced blood flow inhibits the delivery of antibodies to areas of infection in your mouth. This can cause…
Greater susceptibility to dental disease. Tooth decay and gum disease both originate primarily from bacterial plaque that builds up on tooth surfaces (the result of poor oral hygiene). The use of any form of tobacco, but particularly smokeless, dramatically increases your risk of developing these diseases and can make treatment more difficult.
Higher risk of oral cancer. Besides nicotine, scientists have found more than 30 chemicals in tobacco known to cause cancer. While oral cancer constitutes only a small portion of all types of cancer, the occurrence is especially high among smokeless tobacco users. And because oral cancer is difficult to diagnose in its early stages, it has a poor survival rate compared with other cancers — only 58% after five years.
The good news is, you or someone you love can quit this dangerous habit — and we can help. Make an appointment today to learn how to send your chewing tobacco habit to the showers.
If you would like more information on the effects of chewing tobacco on general and oral health, 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 “Chewing Tobacco.”
For over a century dentists treated tooth decay by removing both diseased portions of the tooth and healthy structure deemed at risk for future decay. In the 1970s, though, a new approach emerged, known as Minimally Invasive Dentistry (MID). This practice protocol attempts to preserve as much of the healthy structure as possible.
Before MID, dentists followed a decay treatment protocol developed in the 19th Century. A part of this became known as extension for prevention calling for dentists to remove healthy structure considered vulnerable to decay. Besides reducing the tooth's volume, this practice also resulted in, by today's standards, larger than necessary fillings.
It was thought that removing this additional material would make it easier to clean bacterial plaque, the source of decay, but later, research showed the practice couldn't guarantee the teeth wouldn't be reinfected.
Since then we've learned a lot more about teeth and have developed new ways to detect decay at earlier stages. X-ray imaging, for example, has transitioned largely from film to digital technology, providing more detailed images at greater magnification. This, along with laser fluorescence and infrared cameras, has made it easier to detect the first tiny stages of decay.
We can also limit tooth decay damage by boosting enamel strength with fluoride applications and sealants or reducing decay-causing bacteria with anti-bacterial rinses. We've also seen advancement in techniques like air abrasion that remove decayed tooth material while leaving more healthy structure intact better than using a traditional dental drill.
Restoring teeth after treatment has also improved. While dental metal amalgam is still used for some fillings, the main choice is now composite resin. These new tooth-colored dental materials require less tooth preparation (and thus less material loss) and bond well to the remaining structure, resulting in a stronger tooth.
Following a MID protocol leads to less intervention and less time in the dentist's chair. It also means preserving more of a natural tooth, an important aim in promoting long-lasting dental health.
In an instant, an accident could leave you or a loved one with a missing tooth. Thankfully, we can restore it with a dental implant that looks and functions like a real tooth—and the sooner the better.
But if the patient is a teenager or younger, sooner may have to be later. Because their jaws are still developing, an implant placed now could eventually look as if it's sinking into the gums as the jaw continues to grow and the implant doesn't move. It's best to wait until full jaw maturity around early adulthood and in the meantime use a temporary replacement.
But that wait could pose a problem with bone health. As living tissue, bone cells have a life cycle where they form, function and then dissolve (resorption) with new cells taking their place. This cycle continues at a healthy rate thanks to stimulation from forces generated by the teeth during chewing that travel through the roots to the bone.
When a tooth goes missing, however, so does this stimulation. Without it the bone's growth cycle can slow to an unhealthy rate, ultimately reducing bone volume. Because implants require a certain amount of bone for proper placement and support, this could make it difficult if not impossible to install one.
We can help prevent this by placing a bone graft immediately after the removal of a tooth within the tooth's "socket." The graft serves as a scaffold for new bone cells to form and grow upon. The graft will eventually resorb leaving the newly formed bone in its place.
We can also fine-tune and slow the graft's resorption rate. This may be preferable for a younger patient with years to go before their permanent restoration. In the meantime, you can still proceed with other dental treatments including orthodontics.
By carefully monitoring a young patient's bone health and other aspects of their dental care, we can keep on course for an eventual permanent restoration. With the advances in implantology, the final smile result will be worth the wait.
If you would like more information on dental care for trauma injuries, 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 “Dental Implants for Teenagers: Factors Influencing Treatment Planning in Adolescents.”