Posts for: May, 2019
In your search for the right toothpaste, you’re inundated with dozens of choices, each promising whiter teeth, fresher breath or fewer cavities. Cutting through the various marketing claims, though, you’ll find most toothpaste brands are surprisingly alike, each containing the same basic ingredients. Taken together, these ingredients help toothpaste perform its primary task — removing daily bacterial plaque from tooth surfaces.
Here, then, are some of the ingredients you’ll find — or want to find — in toothpaste.
Abrasives. A mild abrasive increases your brushing effectiveness removing sticky food remnants from teeth. And unlike the burnt, crushed eggshells of the ancient Egyptians or the brick dust used by 18th Century Brits, today’s toothpaste abrasives — hydrated silica (from sand), calcium carbonate or dicalcium phosphates — are much milder and friendlier to teeth.
Detergents. Some substances in plaque aren’t soluble, meaning they won’t break down in contact with water. Such substances require a detergent, also known as a surfactant. It performs a similar action as dishwashing or laundry soaps breaking down grease and stains — but the detergents used in toothpaste are much milder so as not to damage teeth or irritate gum tissues. The most common detergent, sodium lauryl sulfate, is gentle but effective for most people. If it does cause you irritation, however, you may want to look for a paste that doesn’t contain it.
Fluoride. This proven enamel strengthener has been routinely added to toothpaste since the 1950s, and is regarded as one of the most important defenses against tooth decay. If you’re checking ingredients labels, you’ll usually find it listed as sodium fluoride, stannous fluoride or sodium monofluorosphosphate (MFP). And since it inhibits bacterial growth, fluoride toothpastes don’t require preservative additives.
Humectants, binders and flavoring. Humectants help toothpaste retain moisture, while binders prevent blended ingredients from separating; without them your toothpaste would dry out quickly and require stirring before each use. And, without that sweet (though without added sugar) and normally mint flavoring, you wouldn’t find the average toothpaste very tasty.
The ADA Seal of Approval. Although not an ingredient, it’s still sound advice to look for it on toothpaste packaging. The seal indicates the product’s health claims and benefits are supported by the research standards set by the American Dental Society; and all ADA approved toothpastes will contain fluoride.
If you would like more information on toothpaste and other oral hygiene products, 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 “Toothpaste: What’s in it?”
Humanity has been waging war against tooth decay for millennia — with this relentless opponent often getting the better of us.
Over the last century, however, significant treatment advances have turned the tide of battle in our favor. Perhaps the greatest of these advancements is our deeper grasp of the disease process — new understandings that have altered our treatment strategy. Rather than wait for cavities to occur and then repair the damage, we now focus on stopping the damage from occurring in the first place.
Prevention starts by reducing factors that contribute to tooth decay. We can signify these detrimental factors with the acronym BAD:
Bad Bacteria. Millions of bacteria inhabit our mouths at any one time, but only a few strains produce the acid that causes decay. We want to reduce their population by removing dental plaque (where they feed and grow) through daily brushing and flossing, and, at a minimum, semi-annual office cleanings.
Absence of Saliva. This important fluid neutralizes acid and strengthens tooth enamel. Some people, however, suffer from reduced saliva flow. We want to find the cause (for example, a side effect of certain prescription drugs) and then improve saliva flow.
Dietary Habits. A diet heavy in sugar and acid (particularly sodas and soft drinks) gives bacteria a ready food source and increases the mouth’s acidic level. Chronic high acid levels in particular are often too great for normal saliva flow to overcome and neutralize. Reducing the amount and frequency of these food items creates a healthier oral environment.
Reducing BAD factors is only half of our prevention focus. We also want to promote SAFE factors that enhance tooth health and strength: Sealants, especially for children, that shield tooth surfaces from decay; Antimicrobial rinses that target and rid the mouth of acid-producing bacteria and give healthy bacteria room to develop; Fluoride, a proven enamel-strengthening chemical available in dental products, many drinking water systems and as a topical application in dental offices; and an Effective diet that’s rich in nutrients and low in sugar and acid as already mentioned.
Keeping the focus on reducing BAD factors and promoting SAFE factors will greatly increase your chances of personally winning the war against tooth decay.
If you would like more information on the prevention and treatment of 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.”
With its life-like color and texture, dental porcelain can restore a smile marred by decayed or damaged teeth. This durable ceramic material not only matches the varieties of individual tooth colors and hues, its translucence mimics the appearance of natural teeth. But perhaps its greatest benefit is its adaptability for use in a number of different applications, particularly veneers and crowns.
Veneers are thin layers of dental porcelain laminated together and permanently bonded to cover the visible outer side of a tooth to improve its appearance. Crowns, on the other hand, are “caps” of dental porcelain designed to completely cover a defective tooth.
Veneers and crowns share a number of similarities. Both can alter the color and shape of teeth, although crowns are used when more extensive tooth structure has been damaged. They’re also “irreversible,” meaning the tooth must be altered in such a way that it will always require a veneer or crown, though on some occasions a veneer can require no removal of tooth structure and can be reversible.
They do, however, have some differences as to the type of situation they address. Veneers are generally used where the affected teeth have a poor appearance (chipped, malformed or stained, for example) but are still structurally healthy. And although they do generally require some removal of tooth enamel to accommodate them (to minimize a “bulky” appearance), the reduction is much less than for a crown.
Crowns, on the other hand, restore teeth that have lost significant structure from disease, injury, stress-related grinding habits or the wearing effects of aging. Since they must contain enough mass to stand up to the normal biting forces a tooth must endure, a significant amount of the original tooth structure must be removed to accommodate them.
Which application we use will depend upon a thorough examination of your teeth. Once we’ve determined their condition and what you need, we can then recommend the best application for your situation. But regardless of whether we install a veneer or crown, using dental porcelain can help achieve an end result that’s truly life-changing — a new, younger-looking smile.
If you would like more information on dental porcelain restorations, 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 “Porcelain Crowns & Veneers.”