Although the air we breathe has one destination—the lungs—it can arrive there via two possible routes: through the nose or the mouth. In terms of survival, it matters little through which path air travels—just so it travels one of them!
In terms of health, though, breathing through the nose is more beneficial than through the mouth, and is our default breathing pattern. The nasal passages filter minute noxious particles and allergens. Air passing through these passages also produces nitric oxide, a gaseous substance that relaxes blood vessels and improves blood flow.
On the other hand, chronic mouth breathing during childhood can impact oral health. While breathing through the nose, the tongue rests against the roof of the mouth and thus becomes a mold around which the upper jaw and teeth develop. But mouth breathing places the tongue on the lower teeth, which deprives the upper jaw of support and can lead to an abnormal bite.
So why would people breathe through their mouth more than their nose? Simply put, it's more comfortable to do so. Because breathing is so critical for life, the body takes the path of least resistance to get air to the lungs. If obstructions caused by allergic reactions or swollen tonsils or adenoids are blocking the nasal pathway, the action moves to the mouth.
But chronic mouth breathing can often be treated, especially if addressed in early childhood. This may require the services of an ear, nose and throat specialist (ENT) and possible surgical intervention to correct anatomical obstructions. It's also prudent to have an orthodontist evaluate the bite and institute corrective interventions if it appears a child's jaw development is off-track.
Even after correcting obstructions, though, it may still be difficult for a child to overcome mouth breathing because the body has become habituated to breathing that way. They may need orofacial myofunctional therapy (OMT), which retrains the muscles in the face and mouth to breathe through the nose.
Chronic mouth breathing isn't something to be ignored. Early intervention could prevent future oral and dental problems and help the person regain the overall health benefits for nose breathing.
If you would like more information on overcoming chronic mouth breathing, 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 “The Trouble With Mouth Breathing.”
Once consigned to an extraordinary divine intervention, the term "miracle" is often used today for anything out of the ordinary. But even if the usage has become a little worn, there are things that, though not of supernatural origin, may still deserve the description. In that regard, today's surgical techniques to correct lip or palate clefts and the impact they can have on lives is well-nigh miraculous.
Before the 1950s, though, there was little that could be done to correct these kinds of birth defects. That all changed, though, with a "bolt from the blue" discovery by a military doctor over a half century ago. During Cleft & Craniofacial Awareness & Prevention Month this July, we recognize that doctor's breakthrough insight and the vast progress since then in cleft reconstruction surgery.
Affecting more than 4,000 babies each year, clefts develop during early pregnancy as portions of the face, typically the lips or extending into the palate, don't completely unite with each other. As a result, gaps (clefts) occur where the tissues should be uniform, forming on one side of the face or both.
Clefts can have a harmful effect on a baby's ability to feed or even breathe, and they can interfere with speech development as the child gets older. But what may cause the most emotional pain is the alteration of a person's normal appearance, which may inhibit their ability to socially interact with others.
But a child today with a lip or palate cleft can reclaim a more normal appearance through a series of surgical repairs. The genesis for this began when a U.S. Naval surgeon named Ralph Millard stationed in Korea in 1950 noticed something when studying photographs of his cleft patients. He realized there was no missing tissue with a cleft—all the "parts" were still there and only needed to be "rearranged" surgically.
Today's surgeons do just that, having built modern cleft correction on Dr. Millard's original procedures. And although it involves multiple procedures and often a team of surgeons, dentists and orthodontists, the end result is life-changing.
As amazing as these results may be, cleft correction is a process that can take years, taxing the stamina of both patients and their families. But with ample support, a child with a cleft now has a chance to enter adulthood with a normal smile and appearance. If anything deserves the title "miracle," surely cleft reconstruction surgery does.
If you would like more information about cleft treatment and reconstruction, please contact us or schedule a consultation. To learn more, read the Dear Doctor magazine article “Cleft Lip & Cleft Palate.”
We're all tempted occasionally to use our teeth in ways that might risk damage. Hopefully, though, you've never considered anything close to what singer, songwriter and now social media persona Jason Derulo recently tried in a TikTok video—attempting to eat corn on the cob spinning on a power drill. The end result seemed to be a couple of broken front teeth, although many of his followers suspected an elaborate prank.
Prank or not, subjecting your teeth to “motorized corn”—or a host of other less extreme actions or habits—is not a good thing, especially if you have veneers, crowns or other dental work. Although teeth can withstand a lot, they're not invincible.
Here, then, are four things you should do to help ensure your teeth stay healthy, functional and intact.
Clean your teeth daily. Strong teeth are healthy teeth, so you want to do all you can to prevent tooth decay or gum disease. Besides semi-annual dental cleanings, the most important thing you can do is to brush and floss your teeth daily. These hygiene tasks help remove dental plaque, a thin biofilm that is the biggest culprit in dental disease that could weaken teeth and make them more susceptible to injury.
Avoid biting on hard objects. Teeth's primary purpose is to break down food for digestion, not to break open nuts or perform similar tasks. You should also avoid habitual chewing on hard objects like pencils, nails or ice to relieve stress. And, you may need to be careful eating apples or other foods with hard surfaces if you have veneers or composite bonding on your teeth.
Wear a sports mouthguard. If you or a family member are regularly involved with sports like basketball, baseball/softball or football (even informally), you can protect your teeth from facial blows by wearing an athletic mouthguard. Although you can obtain a retail variety in most stores selling sporting goods, a custom-made guard by a dentist offers the best protection and comfort.
Visit your dentist regularly. As mentioned before, semi-annual dental cleanings help remove hidden plaque and tartar and further minimize your risk of disease. Regular dental visits also give us a chance to examine your mouth for any signs of decay or gum disease, and to check on your dental health overall. Optimizing your dental health plays a key part in preventing dental damage.
You should expect an unpleasant outcome involving your teeth with power tools. But a lot less could still damage them: To fully protect your dental health, be sure you practice daily oral care, avoid tooth contact with hard objects and wear a mouthguard for high-risk physical activities.
If you would like more information on caring for your cosmetic dental work, please contact us or schedule a consultation. To learn more, read the Dear Doctor magazine articles “Porcelain Veneers” and “An Introduction to Sports Injuries & Dentistry.”
In a little over a century, antibiotics have changed the face of healthcare. We no longer fear cholera, strep throat or even a small cut as our forebears did a hundred years ago. Antibiotics are also an essential weapon against infection in dental situations.
But evidence is mounting that we're overusing these miracle drugs. Besides continued growth in antibiotic prescriptions, sometimes to preempt a possible infection rather than treat an existing one, food producers are increasingly adding them to animal feed and other products as a preventive measure.
The problem with expanding our uses of antibiotics is the ability of targeted microorganisms to develop defenses against our most common drugs. Some may even mutate into a kind of "super bug" like Methicillin-resistant Staphylococcus aureus (MRSA), which no longer responds to a particular antibiotic.
As older antibiotics become less effective, we must develop newer drugs to overcome the strengthened defenses of targeted microorganisms. But this takes time—meanwhile, as antibiotic options dwindle, more than 2 million people each year encounter an antibiotic-resistant infection that results in around 20,000 deaths according to the Centers for Disease Control (CDC).
But there are hopeful signs that the world is now rising to meet the threat of antibiotic resistance. For example, support is growing within the U.S., Canada and the EU to ban the use of antibiotics in animal feed except for treating actual infections.
Many healthcare organizations are also exploring ways to reduce unnecessary antibiotic prescriptions. One way is to make better use of testing, especially to identify the precise bacteria causing an infection so that it can be targeted with a specific antibiotic that will best respond to it.
We're also seeing modifications in the use of antibiotics as a preventive measure. For example, people with certain conditions like congenital heart problems or joint prosthetics have routinely received antibiotics before dental procedures to preempt infection. In recent years that list of conditions has been trimmed substantially.
The move toward a more conservative use of antibiotics will have an impact on healthcare, including dentistry. But whatever the changes, dentists and other health professionals will continue to place their patient's health at the forefront.
If you would like more information on the use of antibiotics in dentistry, 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 “Antibiotics: Use and Abuse.”
There's still much about the underlying nature of chronic jaw joint dysfunction we have yet to unravel. Treating these conditions known as temporomandibular joint disorders (TMDs) may therefore require some experimentation to find what works for each individual patient.
Most TMD therapies are relatively conservative: eating softer foods, taking anti-inflammatory pain relievers or undergoing physical therapy. There have been some surgical techniques tried to relieve jaw pain and dysfunction, but these have so far had mixed results.
Recently, the use of the drug Botox has been promoted for relieving jaw pain, albeit temporarily. Botox contains tiny amounts of botulinum toxin type A, a poisonous substance derived from the bacterium Clostridium botulinum, which can cause muscle paralysis. It's mainly used to cosmetically smooth out small wrinkles around facial features.
Because of these properties, some physicians have proposed Botox for TMD treatment to paralyze the muscles around the jaw to reduce pain and discomfort. While the treatment sounds intriguing, there are a number of reasons to be wary of it if you have TMD.
To begin with, the claims for Botox's success in relieving jaw pain have been mainly anecdotal. On the other hand, findings from randomized, double-blind trials have yet to show any solid evidence that Botox can produce these pain-relieving effects.
But even if it lived up to the claims of TMD pain relief, the effect would eventually fade in a few weeks or months, requiring the patient to repeat the injections. It's possible with multiple Botox injections that the body will develop antibodies to fight the botulinum toxin, causing the treatment to be less effective with subsequent injections.
Of even greater concern are the potential side effects of Botox TMD treatment, ranging from headaches and soreness at the injection site to more serious muscle atrophy and possible facial deformity from repeated injections. There's also evidence for decreased bone density in the jaw, which could have far-reaching consequences for someone with TMD.
The best approach still seems to lie in the more conservative therapies that treat TMD similar to other joint disorders. Finding the right combination of therapies that most benefit you will help you better manage your symptoms.
If you would like more information on treatments for TMD, 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 “Botox Treatment for TMJ Pain.”
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