Posts for: December, 2017
Brushing and flossing are foundational to good oral health and an essential part of daily life. Practicing both these habits removes most disease-causing bacterial plaque from tooth and gum surfaces.
It doesn’t take much to manually perform them — a quality soft-bristle toothbrush, fluoride toothpaste and string floss. But what if you have a physical impairment that makes performing these tasks difficult to perform — or your mouth condition requires a little more “power” to adequately access and clean surfaces?
You do have power options for both brushing and flossing. Electric toothbrushes, of course, have been available since the 1950s. As with other technology, they’ve improved in quality and affordability over the last few decades. They’re available in various sizes, rechargeable or battery, and each with their own claims of cleaning ability.
The ultimate question, though, is: are they as effective at removing plaque as manual brushing? That’s been the subject of a number of comprehensive studies, including one conducted by the Cochrane Collaboration, a research organization. They evaluated a number of powered toothbrushes over various lengths of time. They concluded that some powered toothbrushes with a rotation-oscillation action had a statistically significant (though modest) reduction in plaque compared with manual toothbrushes.
As to flossing, admittedly it does take some dexterity to accomplish effectively. Traditional string flossing is also difficult if not impossible for people with braces or similar access restrictions to the teeth. An oral irrigator (or water flosser) is a viable alternative. Water flossers work by pulsating water at high pressure through special tips at the end of a handheld or countertop device. The pressurized stream penetrates between teeth and below the gums to flush away plaque.
Are water flossers effective? According to one recent study orthodontic patients were able to remove up to five times the plaque between teeth as those who used only a manual toothbrush.
When considering alternatives to your manual toothbrush or string floss, speak with us first. We’ll be happy to guide you toward the best form of brushing and flossing to do the most good in your situation.
“Less is more” is a truism for much of life. It’s also an important feature of an emerging approach to treating tooth decay known as minimally invasive dentistry (MID).
MID updates another revolution in dental care that occurred in the early 1900s. Treating decay took a quantum leap thanks to techniques developed by Dr. G. V. Black, considered the father of modern dentistry. Dr. Black’s approach (known as “extension for prevention”) involved not only removing decayed tooth structure, but also adjacent areas deemed vulnerable to decay, which made them easier to clean. On the downside, though, it also created larger than normal fillings.
As the practice prevailed through much of the Twentieth Century another weakness became apparent—the approach could not guarantee a treated tooth would not experience decay again. This became the real impetus toward MID—to find more comprehensive ways to treat decay with as little impact on the tooth structure as possible.
These efforts received a real boost from emerging technology. This was especially true in diagnostics with the rise of new devices like intraoral cameras and techniques like laser fluorescence that can enable dentists to detect decay much earlier. It’s now possible to catch the disease at an earlier stage before substantial damage to the tooth occurs.
MID has also led to new treatments that preserve more of the tooth structure. Traditional drilling is increasingly giving way to air abrasion, the use of a fine particle stream of aluminum oxide, glass beads or baking soda directed precisely at decayed structure and minimizing damage to healthy structure. We’re also using new filling materials like composite resin for restorations after treatment that are strong yet still life-like and attractive.
We also can’t forget the role of the twin daily hygiene practices brushing and flossing to remove bacterial plaque, the main source of dental disease. And regular dental cleanings and checkups round out the MID approach, helping to ensure that decay doesn’t get too far. The end result of this revolutionary approach: your teeth can experience less impact from treatment and remain healthier and more attractive in the long-run.
If you would like more information on minimally invasive dental care, 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 “Minimally Invasive Dentistry: When Less Care is more.”
Dental implants are known for their durability as well as life-like beauty. Thanks to their unique construction and ability to integrate with bone, they have a very high success rate and can last for decades.
But while they’re less problematic than other restorations, we still can’t “set them and forget them.” While the implants themselves aren’t susceptible to disease, the supporting gums, bone and adjacent teeth are. If you want them to last as long as possible, you’ll need to care for them and the rest of your mouth through daily oral hygiene and semi-annual office cleanings.
With that said, there are a few differences in how we perform hygiene tasks with implants. This is due to the way in which they attach to the jaw, as the titanium post is inserted directly into the bone. Natural teeth, on the other hand, are held in place by the periodontal ligament, a strong connective tissue that lies between the teeth and bone. The ligament holds the teeth firmly in place while also allowing minute tooth movement in response to changes in the mouth.
The ligament also has an ample blood supply that assists with fighting infection that may arise in the tooth and its supporting gums. Without this extra source of defense, infections that arise around an implant can grow quickly into a condition known as peri-implantitis and lead to rapid bone loss that could cause the implant to fail.
That’s why you and your hygienist must be ever vigilant to the buildup of plaque, the bacterial film that gives rise to dental disease, around implants and adjacent teeth. This includes removing plaque buildup from implant surfaces, although your hygienist will use tools (scalers or curettes) made of plastic or resin rather than traditional metal to avoid scratching the implant’s dental material. They’ll likewise use nylon or plastic tips with ultrasonic equipment (which uses high vibration to loosen plaque) and lower power settings with water irrigation devices.
Keeping infection at bay with effective hygiene is the number one maintenance goal with dental implants. Doing your part along with your hygienist will help you get the most of this investment in your smile.
If you would like more information on oral hygiene with 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 “Dental Implant Maintenance.”