Posts for: March, 2015
According to NFL football legend Jerry Rice, “Football can be brutalÃ¢Â€Â”injuries, including those to the face and mouth, are a common risk for any player.” And if anyone should know, it would be Jerry.
During an interview with Dear Doctor magazine, the retired NFL pro discussed his good fortune to have had just a few minor dental injuries during his pro playing days. He credits this success to the trainers and protective equipment professional football teams have to keep the players off the injured list. However, this was not the case during his earlier years in football. “There wasn't a lot of focus on protecting your teeth in high school,” he said. “You had to buy your own mouthguard.” He continued, “Things changed, though, when I went to college.”
Unfortunately, not much has changed since Jerry's high school days for young athletes. This is why we feel it is so important that parents and caregivers understand the risks and take proactive steps towards protecting the teeth, gums, bone and soft tissues of their children with a mouthguard. This is especially true for anyone — adults included — participating in high-contact sports such as basketball, baseball, hockey (field and ice), football, soccer, wrestling, martial arts, boxing and activities such as skateboarding, in-line skating and skydiving.
But all mouthguards are not the same. The best mouthguard, based upon evidence-based research, is one that is custom-designed and made by a dental professional, with the athlete's individual needs taken into account.
We make our custom mouthguards from precise and exact molds of your teeth, and we use resilient and tear-resistant materials. Once completed, it should be comfortable yet fit snugly so that you are able to talk and breathe easily with it in place. It should also be odorless, tasteless, not bulky and have excellent retention, fit and sufficient thickness in critical areas.
And while mouthguards may seem indestructible, they do require proper care. You should clean it before and after each use with a toothbrush and toothpaste, transport and store the mouthguard in a sturdy container that has vents, make sure not to leave it in the sun or in hot water and rinse it with cold, soapy water or mouthwash after each use. And last but not least, you should periodically check it for wear and tear so that you will know when replacement is needed.
To learn more about mouthguards, continue reading the Dear Doctor magazine article “Athletic Mouthguards.” Or you can contact us today to schedule an appointment so that we can conduct a thorough examination and make molds of your teeth for your custom mouthguard. And if you want to read the entire feature article on Jerry Rice continue reading “Jerry Rice — An Unbelievable Rise To NFL Stardom.”
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.