Posts for: September, 2019
The American marketplace usually offers us plenty of buying choices — sometimes it seems too many. A case in point: the toothpaste aisle at your local supermarket.
It can be a bit overwhelming with all the razzle-dazzle packaging and exciting claims of “Whiter Teeth!” or “Fresher Breath!” But toothpaste really isn't that complicated, if you keep in mind its primary goal: to help you with your toothbrush remove disease-causing plaque from teeth surfaces.
And the vast majority can, thanks to ingredients you'll find in just about every brand. All toothpastes, for example, contain some form of abrasive material that boosts the mechanical action of brushing to remove plaque. This isn't new: the ancient Egyptians used ox-hoof ashes, burnt eggshells and pumice as abrasives. Today you'll find hydrated silica (originating from sand), hydrated alumina or calcium carbonate as abrasives on the ingredient list.
You also need some form of detergent to help loosen and break down substances that won't dissolve in water. Toothpaste detergent is much milder than that which you use on your dishes. The most common is sodium lauryl sulfate, a foaming agent found in shampoo and other beauty products. It's been used safely for half a century in toothpaste, although it can irritate the inner linings of some people's mouths. If this is a problem for you, you should look for toothpaste with a different detergent.
There is also a myriad of other ingredients, including binders, humectants (which help the toothpaste retain moisture) and flavorings. You may also find bleaching agents that help brighten your teeth, although they may not be strong enough to remove deep staining, something we would need to help you with.
And let's not forget one other frequent ingredient: fluoride. This natural chemical strengthens enamel and helps fight tooth decay as part of a disease prevention strategy. It's perhaps the most valuable ingredient you'll find in toothpaste, so make sure it's in your chosen brand.
If you want to simplify your decision, choose toothpaste with the seal of acceptance from the American Dental Association. The seal indicates the claims of the toothpaste manufacturer have been independently verified. You can trust those brands to help keep your teeth clean and free from disease. In the end, that's really what you want from your toothpaste.
If you would like more information on the right toothpaste for you, 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?”
Accidents happen, especially to teenagers involved with sports or similar activities. In an instant they can lose one or more teeth and permanently alter their smile.
Fortunately we can restore a teenager’s lost teeth, but often not immediately as a permanent restoration with a dental implant requires maturity of their jaw structure. Our focus then turns to the age of the patient and the condition of the underlying bone. A future dental implant, your best choice for tooth replacement, depends on bone for support, but also the age of the patient as it relates to jaw development.
There are a couple of ways an accidental tooth loss can harm supporting bone: first and foremost, the impact of the accident itself can damage the bony socket. To find out for sure we may need to perform a cone beam scan, a type of x-ray that allows us to view the area three-dimensionally. If we do find damage, we can attempt to repair the socket through bone grafting.
Bone can also suffer from the long-term absence of a tooth. Bone has a growth cycle in which older cells dissolve and new ones form to take their place. The force generated by teeth when we eat or chew helps stimulate this growth. Without stimulation, as with a missing tooth, the bone may not grow at a healthy rate. In time, it could lose some of its volume and density and not be able to support an implant.
Installing an implant right after tooth loss could help avoid this situation. Bone has a natural affinity with the titanium post imbedded in the jaw and will naturally grow and adhere to it. But we can’t place an implant with a teenager. This is because the jaw is still developing so an implant would gradually become misaligned as the jaw grows. It’s best to install an implant later after full jaw development in early adulthood.
Today, we can place a bone graft in the empty socket right after tooth loss. The graft serves as a scaffold for bone cells to grow on and will help keep the bone volume at a healthy level until we can install an implant.
Timing is everything in restoring a teenager’s accidental tooth loss. But with coordination and care for the supporting bone, a teenager can eventually enter their adult years with their smile intact.
If you would like more information on restoring your teenager’s smile after tooth loss, 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.”
Compared to other dental restorations—a few of which have been around for over a century—implants are a relatively recent development. But even though it's just now entering its fourth decade, recent advances have catapulted implant therapy well beyond where it began.
That's due mainly to digital technology. Two examples of this, computed tomography (CT) and 3-D printing, are increasing the accuracy and efficiency of implant placement.
Properly placing an implant is one of the most important elements in achieving a natural and attractive result. But finding the best location is often difficult due to a lack of suitable bone volume, the patient's bite or the proximity of anatomical structures like nerves and blood vessels. CT imaging, especially Cone Beam CT scanners (CBCT), is helping to make implant placement planning easier.
Unlike the static, two-dimensional views of standard x-rays, CBCT takes hundreds of images and digitally blends them together to create a virtual 3-D model of the patient's jaw and face. Dentists can view this highly detailed model on a computer monitor from various vantage points and better identify possible obstructions. With better information about what "lies beneath," they can more accurately pinpoint the best implant site.
Creating the ideal plan is one thing—successfully implementing it is another. Dentists often create a surgical guide that helps them drill in precisely the right positions during surgery. The guide, which resembles a mouthguard, fits over the gums and contains marker locations for drilling.
Many dentists are now using 3-D printing to create these surgical guides. A 3-D printer turns a digital model of the guide based on measurements of the patient's mouth and proposed implant locations into an actual physical object "printed out" layer by layer of special polymer material. The end product can be more precise than guides created by other means.
These and other technological developments are helping implant therapy rise to a new level of success. With the resulting increase in accuracy, efficiency and less treatment time, tomorrow's implant patients will be the ultimate beneficiaries.
If you would like more information on restoring missing teeth 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 “How Technology Aids Dental Implant Therapy.”