Posts for: May, 2019
While most tooth loss stems from dental disease or injury, another major cause is a condition known as cracked tooth syndrome. What begins as a microscopic crack in an individual tooth’s enamel could ultimately grow to a fracture that endangers its survival.
Most often related to age-related brittleness, expansion and contraction of the enamel surface because of hot foods followed by cold foods and beverages, or grinding habits, cracked tooth syndrome usually occurs in three phases. The first phase is the emergence of miniscule cracks in the outer enamel known as craze lines. These can be very difficult to detect even with x-rays, and usually calls for specialized detection methods such as probing with a sharp instrument (an explorer) or fiber-optic lighting with dye staining to highlight enamel abnormalities. If you have pain symptoms, we may ask you to bite down on a bite stick or rubber pad to locate the area by replicating the sensation.
In the next phase, the craze line grows into a crack that penetrates below the enamel into the tooth’s dentin. Pain becomes more prominent and the risk of infection increases. Left untreated, the crack may enter the third phase, a full break (fracture) occurring deep within the inner layers of the tooth. The deeper the fracture occurs, the more serious the danger to the tooth, especially if the pulp is exposed.
The best treatment approach is to attempt to detect and treat a crack as early as possible. Craze lines and moderate cracks can usually be repaired with restorative materials like composite resins. A deeper crack extending into the pulp may require a root canal treatment and the tooth covered with a permanent, protective crown.
If, however, the fracture is too deep, the tooth may be beyond repair and will need to be extracted and replaced with a dental implant or permanent bridge. In any event, the sooner a cracked tooth is discovered and treated, the greater your chance of avoiding pain, discomfort, and, ultimately, tooth loss.
If you would like more information on cracked tooth syndrome, 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 “Cracked Tooth Syndrome.”
In the quest for the ideal diet, people often stress over one particular food group: carbohydrates. And for good reason—some carbohydrates have been linked to chronic inflammation, a contributing factor in many diseases. One such condition in particular, periodontal (gum) disease, could permanently damage your dental health.
But before you throw all the carbs out of your diet, let’s take a closer look at them. Not all carbs are the same or contribute to inflammation to the same degree.
Carbohydrates are organic compounds existing in living tissues. In foods, the most prevalent of these are sugars and starches that break down during digestion into the simple sugar glucose, which the cells in an organism use for energy.
But not all carb-based foods digest at the same rate, measured along a scale called the glycemic index. High glycemic foods like sugar, baked goods or potatoes digest quickly and can rapidly increase the glucose levels in the blood (blood sugar). This sudden glucose spike then triggers an insulin surge from the pancreas to restore the level to normal. This process in turn can cause inflammation.
On the other end of the glycemic index are complex or unrefined carbohydrates that digest much more slowly, and don’t quickly elevate blood sugar like simple carbs. In fact, nutritional studies consistently show carbohydrates in most vegetables, greens, beans or whole grains may actually decrease inflammation.
Inflammation is also a primary factor in gum disease, caused by a bacterial infection in the gums. Chronic inflammation damages the gums’ attachment with the teeth and can contribute to eventual tooth loss. And if your body already has an overactive inflammatory response due to your diet, you could be even more susceptible to gum disease.
A change in your diet in relation to carbs could help reduce this risk. Eat less sugar, white flour, rice and potatoes and more complex carbs like fresh vegetables and fruits. For even more protection include foods rich in Omega-3 fatty acids (like certain fish and nuts) and less Omega 6 foods (fried food or pastries, or chips, for example). And don’t forget your antioxidants, vitamins and minerals.
Eating fewer simple carbs and more complex carbs will help reduce inflammation in the body. And that’s a good thing for your gums.
If you would like more information on how diet affects 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 “Carbohydrates Linked to Gum Disease.”
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.”