Posts for: June, 2020
Keeping your teeth and gums healthy isn't always easy—and it's even more of a challenge if you're wearing orthodontic appliances like braces. That's why a fair percentage of patients wearing braces also contend with tooth decay or periodontal (gum) disease.
The reason is simple: The orthodontic hardware makes it difficult to fully reach all parts of teeth surfaces with your toothbrush or floss. As a result, you can miss removing some of the accumulated plaque, the thin film of bacteria and food particles most responsible for dental disease. And it only takes a short amount of time (just days with gum disease) for a bacterial infection to begin.
But while avoiding dental disease is difficult while wearing braces, it's not impossible. Here are 4 ways you can minimize your dental disease risk while undergoing orthodontic treatment.
Be diligent with your daily hygiene. Even though it's more difficult, don't slack on daily brushing and flossing. It does require more time to work the brush around and between the wires and brackets, but taking the time will help you clear away more plaque you might otherwise miss. It may also help to switch to a multi-tufted, microfine bristled toothbrush if you're not already using one.
Use a water irrigator. If straight thread flossing is proving too difficult (and even with a floss threader), try using a water irrigator. This device emits a pulsating spray of pressurized water that loosens and flushes away plaque between teeth. Clinical studies consistently show water flossing is effective for reducing plaque in orthodontic patients.
Lower your sugar intake. Sugar left over in the mouth is a prime food source for bacteria that cause tooth decay or gum disease. Reducing sugary foods and snacks can help reduce bacterial populations and lower your disease risk. You can also fortify your oral health with healthier foods that contain calcium and other minerals.
Keep up regular dental visits. In addition to your orthodontic adjustments, don't neglect your regular visits with your family dentist. Semi-annual cleanings help remove any plaque and calculus (calcified plaque) you may have missed. Your dentist can also monitor your health and boost your disease prevention through topical fluoride treatments or prescribed antibacterial mouth rinses.
If you would like more information on dental care while wearing braces, 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 “Caring for Teeth During Orthodontic Treatment.”
Like the rest of healthcare, antibiotics have transformed dentistry. Advanced oral infections that once eluded successful treatment are routinely stopped with the use of these “wonder drugs.” But their overuse over the years has given rise to dangerous “superbugs” resistant to many antibiotics.
Antibiotics are one of the 20th Century's most significant healthcare achievements. Drugs like penicillin played a major role ending the global threat of tuberculosis, cholera and bacterial meningitis. Over the last few decades, more antibiotics have been developed to defend against an even wider array of bacterial dangers.
But along the way doctors and dentists began prescribing antibiotics for all manner of illnesses including viral infections like colds or flu for which they're less effective. They've also been increasingly used as a preventive measure, including inclusion in animal feed to fight disease.
But our tiny biological nemeses are adaptable. As bacterial strains come in contact with greater amounts of antibiotics, individual bacterium that survive transmit their resistance to subsequent generations. This can produce new strains like Staphylococcus aureus (MRSA) that are resistant to methicillin and other common antibiotics that once contained them.
There's deep concern that these new resistant strains, often recent incarnations of old diseases once thought defeated, will lead to higher rates of sickness and death. Increasing resistance could also make common procedures like those performed by dentists and oral surgeons, much riskier to undertake.
To combat this, pharmaceutical companies are racing to create new drugs to compensate. Recently, they've received an encouraging sign of hope in this battle from an unlikely source: viruses. Researchers in Tel Aviv, Israel have discovered an antagonistic protein to bacteria among a group of viruses called bacteriophages. The protein, injected into a bacterium, commandeers the cell's DNA function to aid virus reproduction, which kills the host.
In the words of one researcher, this makes these particular “enemy of our enemy” viruses our “friend.” Although the discovery is still a long way from practical use in antibiotics, harnessing it in future drug versions could help pack a greater punch against resistant bacteria.
In the meantime, providers and patients alike must practice and advocate for stricter protocols regarding the use of antibiotics. The viability of tomorrow's healthcare is on the line.
Bad news at your last dental visit: You have a decayed tooth. And not just in the enamel—the decay has invaded the tooth's inner pulp and the resulting infection is threatening the supporting bone structure.
You're thinking that tooth is toast. Then comes the good news: your dentist believes the tooth can be rescued with a root canal treatment.
But then you begin thinking about how often Uncle Sid says he'd rather undergo a colonoscopy than have a root canal. Is the procedure really as painful and uncomfortable as popular culture says it is? What is a root canal really like?
First step: Things go numb. Uncle Sid is wrong: A root canal treatment is painless because your dentist will first make sure the entire area involving the tooth is anesthetized. This does involve injecting the local anesthetic deep within the tissues, but you won't even feel the needle prick thanks to topical anesthesia applied to the surface gums.
Second step: Drilling deep. After applying a protective dam to isolate the infected tooth from its neighbors, your dentist will drill a small access hole through the enamel and dentin to reach the pulp and root canals. If it's one of the larger back teeth, the access hole is usually drilled in the tooth's biting surface; in a front tooth, the hole is usually located on the tongue side.
Third Step: Removing diseased tissue. Using special instruments, your dentist will remove the diseased tissue in the pulp and root canals, essentially stopping the infection and any tooth pain you've been experiencing. The empty pulp chamber and canals are often then disinfected with a special antibacterial solution.
Fourth Step: Protecting the tooth. After some shaping, the pulp chamber and root canals are filled with a special filling to prevent further infection. The access hole is then filled and sealed to complete the procedure. At some point in the future, the tooth typically will need a crown to add support and further protection.
You may have some minor discomfort afterward, but this can usually be managed with a mild pain reliever like ibuprofen or acetaminophen. After a week or so, you'll be good as new—and so will your tooth.
If you would like more information on root canal therapy, 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 “A Step-By-Step Guide to Root Canal Treatment.”