Posts for: April, 2020
Dental veneers—thin, life-like layers of porcelain bonded to teeth—can turn a so-so smile into a beautiful one. But most veneers have a distinct drawback: To make them look as natural as possible, the teeth they're bonded with must have some of their surface enamel removed.
Even though they're 1 millimeter or less in thickness, veneers on an unprepared tooth can look bulky. Removing some of the surface enamel remedies this, but doing so permanently alters the tooth. The tooth will need a veneer or some other protective restoration from then on.
Now, though, there's an alternative veneer available for many dental patients. Known as No-Prep or Minimal-Prep, these new veneers are often as thin as a contact lens.
These new types of veneers can often be placed directly on the teeth just above the gum line without any enamel removal and look natural. At the most, the enamel beneath them may need reshaping with an abrasive tool. And, unlike traditional veneers with tooth alteration, these low-prep veneers can often be applied without anesthesia, and in as few as two appointments.
No- or Minimal-Preps are better suited for certain kinds of patients: those with small teeth or teeth that appear small due to larger mouth features; worn teeth from aging or teeth grinding or with small gaps; narrow smiles where the side teeth aren't as visible; and teeth that are slightly misshapen or with minor staining.
On the other hand, patients with oversized teeth or front teeth that jut forward may still encounter problems with an unnatural, bulky appearance even with ultra-thin veneers. The latter situation can often be corrected with orthodontic treatment first to realign the teeth to their proper positions. Once the bite is corrected, no-prep veneers may then become a viable option.
If you'd like to consider these minimal preparation veneers, see your dentist for an examination. The exam results will help determine what type of veneer solution is right for you. And whether you go with traditional or No-Prep veneers, the change in your smile can be amazing.
If you would like more information on porcelain veneers without enamel removal, 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 “No-Prep Porcelain Veneers.”
Energy drink makers would have you believe their products are a healthy rehydration choice for athletes while also giving them keener focus and renewed vitality. But before adding them to your sports regimen, you should also consider what effect these beverages could have on your teeth.
Energy drinks are similar in ingredients to sports drinks like Gatorade® and PowerAde®, which mostly consist of water, salts, vitamins, sugars and acids. In addition, energy drinks like Red Bull® and Monster Energy® add caffeine to boost energy.
Besides their sugar content, the main threat from a dental health perspective for both of these drinks is their acidity, which can severely erode tooth enamel. The irreplaceable loss of enamel significantly increases your risk of tooth decay and eventually tooth loss.
The threat of enamel erosion is especially pronounced whenever the mouth’s pH level falls below 5.5. The acidity of both sports and energy drinks falls well below this mark. In one experimental study samples of enamel exposed to a number of sports drinks lost an average of 1.5% of mineral content over five days; energy drinks more than doubled that loss at 3.1%.
Given the potential harm these beverages, especially energy drinks, can cause your teeth, you should exercise caution when consuming them. In fact, our best advice is for you to avoid energy drinks altogether, for your overall health as well as your teeth’s sake.
Unless you’re participating in a physically intense sport, water is your best source for hydration after exertion. Â If you do drink sports beverages, try to limit them to meal times when your saliva is most active to neutralize mouth acid. You can also rinse out your mouth with water after drinking to help further reduce mouth acidity.
As an athlete, you’ve trained your body to be at its optimum physical peak. Don’t let energy or sports drinks take the edge off your health, especially your teeth.
If you would like more information on the effects of sports or energy drinks on dental 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 “Sports and Energy Beverages Bathe Teeth in Erosive Acids.”
If you know anything about dental disease, then you know bacteria ranks high on the Usual Suspects list. Tooth decay gets its start from acid produced by bacteria; periodontal (gum) disease is often triggered by bacteria that infect the gums.
But the particular strains of bacteria that can cause dental disease are a small percentage of the 10,000-plus species inhabiting your mouth. The rest, numbering in the millions, are fairly benign—and some, as recent research is now showing, play a sizeable role in protecting your teeth and gums against other malicious bacteria, fungi and viruses.
Dr. Aaron Weinberg, a dental researcher at Case Western Reserve University, has been investigating these protective bacteria for many years. His research began with a scientific conundrum: although the mouth has one of the highest densities of bacterial populations, wounds in the mouth tend to heal quickly.
The answer, he believes, originates with human beta defensins (hBDs), substances produced by cells in the lining of the mouth that are natural antibiotics against disease. He has found that certain bacteria actually help stimulate their production.
This isn't just an interesting fact about the body's defenses and immune system. During his research, Dr. Weinberg was able to identify the agent within the bacteria that triggered hBD production. This has opened up a new line of research: The possibility that harnessing this agent might help assist in our treatment of infection by boosting the body's defensive capabilities.
For example, researchers have proposed including a form of the agent in toothpaste. Over time, this might stimulate hBD production and guard the mouth against the development of dental diseases like gum disease.
These possibilities all come from our increasing knowledge and understanding of the microscopic world around us, especially in our mouths. Bacteria are much more complex than we may have realized—not all are our enemies, and some are definitely our friends. Learning more may open up new ways to keep our teeth and gums healthy.