If you're one of the more than 26 million people in the U.S. with diabetes, you know first hand how the disease impacts your life. That includes your dental health — and whether or not implants are a good tooth replacement option for you.
Diabetes is actually the name for a group of diseases affecting how your body processes glucose, a simple sugar that provides energy for the body's cells. The level of glucose in the blood is regulated by insulin, a hormone produced in the pancreas. Diabetes causes the pancreas to either stop producing insulin (Type 1) or not produce enough (Type 2). Also in Type 2, the body can become unresponsive to the insulin produced.
The implications for either type are serious and can be life-threatening. If glucose levels are chronically too low or high the patient could eventually go blind, suffer nerve damage, or develop kidney disease. Diabetes also interferes with wound healing and creates a greater susceptibility for gangrene: diabetics thus have a higher risk for losing fingers, toes and limbs, and can even succumb to coma or death.
Type 2 is the most common form of diabetes. Fortunately, most people with this type can effectively manage it through diet, exercise and regular glucose monitoring; if need be, prescription medication can help regulate their levels. Even so, diabetics with their disease under control must still be alert to slower wound healing and a higher risk of infection.
Because implant placement is a minor surgical procedure, the aspects of diabetes related to healing, infection and inflammation could have an adverse impact on the ultimate success of the placement. Implant surgery creates a wound in the surrounding gum tissues and bone that will need to heal; the body's immune response in a diabetic can interfere with that process. And if infection sets in, the risks of implant failure increase.
But research has shown that diabetics with good glucose management have as high a success rate (over 95% after ten years) as non-diabetic patients. That means the implant option is a viable one for you as a diabetic — but only if you have your disease under control.
Long ago dental work could be painful and stressful—often for both patient and practitioner. Thankfully, that time is long past: today, most procedures are painless in large part due to local anesthesia.
Local anesthetics are numbing substances applied to specific areas of the body like the teeth and gums to temporarily block pain during a procedure. And because they only affect a localized area of the body, you remain conscious and alert throughout the procedure.
To achieve the level of numbing necessary for dental work, we often need to deaden the gums using a needle to deliver the anesthetic. But then this poses a secondary pain concern—the needle stick itself.
Again, topical anesthesia comes to the rescue in the form of a swab, patch or spray applying an anesthetic directly to the top layer of the gums at the injection site. This numbs the area and prevents you from feeling the needle stick. It's highly probable, therefore, that from start to finish you won't feel any discomfort during your dental work except perhaps for a little pressure.
Local anesthesia truly is a game changer for dental care—and not just for the patient. A dentist who's concerned about their patient's comfort level may work hurriedly to complete a procedure. But if their patient is relaxed, the dentist can work calmly and methodically. The result is better, more focused care.
For all its improvements in the patient experience, though, there has been one consistent complaint—the numbness that often lingers for a while after the procedure is over. But there have been advances in recent years that have helped reduce this irritation: new anesthetic agents (even some that can reverse the anesthetic effect) and fine-tuned dosages can help keep residual numbing to a minimum.
Not all procedures like routine teeth cleanings or enamel shaping require anesthesia. But when it's appropriate, local anesthesia can make your next dental visit much more pleasant.
If you would like more information on how anesthesia benefits your 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 “Local Anesthesia for Pain-Free Dentistry.”
Even after decades emphasizing oral hygiene and supplemental fluoride to fight dental disease, we’re now seeing an increase in tooth decay, especially among children. What’s causing this alarming trend?
Many in both the dental and medical professions link this and other health problems to a rise in the amount and consumption of sugar added to food products. A number of years ago our annual average consumption of added sugar was about 4 pounds per person; today, it’s closer to 90 pounds.
The increase in sugar consumption can be traced to the 1970s when the food industry began adding more sugar to make processed foods stripped of oils and fats taste better. Today, 77% of the approximately 600,000 food items sold in the United States contain some form of sugar (under a variety of names).
This additional sugar, however, has produced an unintended consequence: sugar triggers the release of a brain chemical called dopamine that regulates our sense of reward when we engage in a desirable behavior. The excess dopamine creates a weak addiction to sugar, which then leads to overconsumption, contributing to our current obesity epidemic and the rise in health problems like heart disease or Type 2 diabetes. This is especially alarming among children: thirty years ago Type 2 diabetes was unheard of among children — today there are over 55,000 diagnosed pediatric cases.
For both you and your family’s general and dental health, you should consider ways to reduce your sugar intake: purchase and eat most of your food from the “outer edges” of your supermarket — meats, dairy, and fresh vegetables and fruits (which do contain the sugar fructose, but are mostly fiber that slows the liver’s processing of the sugar); limit processed foods with added sugar, and learn to recognize its inclusion in products by reading ingredients labels. You should also be wary of sweetened beverages such as sodas, sports drinks, teas or juices, and try to drink more water.
The recommended daily sugar consumption is less than six teaspoons a day (about two-thirds the amount in one can of soda). By restricting this consumption, you’ll improve your general health and reduce your risk for dental disease.
What's an actor's most important feature? According to Vivica A. Fox, whose most recent big-screen role was in Independence Day: Resurgence, it's what you see right up front.
"On screen, your smile and your eyes are the most inviting things that bring the audience in" she said. "Especially if you play the hot chick."
But like lots of people, Vivica reached a point where she felt her smile needed a little help in order to look its best. That's when she turned to a popular cosmetic dental treatment.
"I got veneers years ago," Ms. Fox told Dear Doctor magazine in a recent interview, "just because I had some gapping that probably only I noticed."
What exactly are dental veneers? Essentially, they are thin shells of lustrous porcelain that are permanently attached to the front surfaces of the teeth. Tough, lifelike and stain-resistant, they can cover up a number of defects in your smile — including stains, chips, cracks, and even minor spacing irregularities like the ones Vivica had.
Veneers have become the treatment of choice for Hollywood celebs — and lots of regular folks too — for many reasons. Unlike some treatments that can take many months, it takes just a few appointments to have veneers placed on your teeth. Because they are custom made just for you, they allow you to decide how bright you want your smile to be: anywhere from a natural pearly hue to a brilliant "Hollywood white." Best of all, they are easy to maintain, and can last for many years with only routine care.
To place traditional veneers, it's necessary to prepare the tooth by removing a small amount (a millimeter or two) of its enamel surface. This keeps it from feeling too big — but it also means the treatment can't be reversed, so once you get veneers, you'll always have them. In certain situations, "no-prep" or minimal-prep veneers, which require little or no removal of tooth enamel, may be an option for some people.
Veneers aren't the only way to create a better smile: Teeth whitening, crowns or orthodontic work may also be an alternative. But for many, veneers are the preferred option. What does Vivica think of hers?
"I love my veneers!" she declared, noting that they have held up well for over a decade.
For years preparing teeth for fillings or other restorations has required the use of a drill. Although quite effective in removing decayed structure and preparing the tooth for bonding, it usually requires a local anesthetic. That and the noise it generates can be unsettling for many patients.
In recent years, a different type of technique known as “air abrasion” has increased in popularity among dentists. Known also as “particle abrasion,” the technique uses a stream of fine particles to remove decayed tooth structure and is less invasive than the traditional drill. Although the technology has been around since the mid-20th Century, recent developments in suction pumps that remove much of the dust created have made it more practical. It also works well with new natural-looking bonding materials used for tooth structure replacement.
The fine particles — usually an abrasive substance like aluminum oxide — are rapidly discharged through a hand-held instrument using pressurized air aimed at affected tooth areas. Decayed teeth structure is softer than healthier tissue, which allows air abrasion to precisely remove decay while not damaging the other.
Besides removing decay or abrading the tooth for bonding, air abrasion can also be used to minimize stained areas on surface enamel and to clean blood, saliva or temporary cements from tooth surfaces during dental procedures. It’s also useful for smoothing out small defects in enamel or aiding in sealant applications.
It does, however, have a few limitations. It’s not as efficient as the traditional drill with larger cavities or for re-treating sites with metal (amalgam) fillings. Because of the fine texture of the abrasive particles, affected teeth need to be isolated within the mouth using a rubber dam or a silicone sheet. High-volume suction must be continually applied to capture the fine particles before the patient swallows them or it fills the procedure room with a fine cloud of material.
Still, while air abrasion technology is relatively new, it has clear advantages over the traditional drill in many procedures. As advances in the technology continue, air abrasion promises to offer a more comfortable and less invasive experience in dental treatment.
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