While sports like football, basketball and soccer have exploded in popularity over the last few decades, many Americans still have a soft spot for the granddaddy of them all: baseball. While technology has changed many aspects of the game, many of its endearing traditions live on.
Unfortunately, one baseball tradition isn’t so endearing and definitely hazardous to health—tobacco, primarily the smokeless variety. Players and coaches alike, even down to the high school level, have promoted or at least tolerated its use.
But there are signs this particular baseball tradition is losing steam. Not long ago, the San Francisco Giants became the first major league baseball team to prohibit tobacco in its home stadium—on the field as well as in the stands. The move was largely in response to a law passed by the City of San Francisco, but it does illustrate a growing trend to discourage tobacco use in baseball.
While smoking, chewing or dipping tobacco can certainly impact a person’s overall health, it can be especially damaging to the teeth, gums and mouth. Our top oral health concern with tobacco is cancer: Research has shown some correlation between tobacco use (especially smokeless) and a higher risk of oral cancer.
You need look no further than the highest ranks of baseball itself to notice a link between tobacco and oral cancer. Although from different eras, Babe Ruth and Tony Gwynn, both avid tobacco users, died from oral cancer. Other players like pitcher Curt Schilling have been diagnosed and treated for oral cancer.
Cancer isn’t the only threat tobacco poses to oral health. The nicotine in tobacco can constrict blood vessels in the mouth; this in turn reduces the normal flow of nutrients and disease-fighting immune cells to the teeth and gums. As a result, tobacco users are much more susceptible to contracting tooth decay and gum disease than non-users, and heal more slowly after treatment.
That’s why it’s important, especially in youth baseball, to discourage tobacco use on the field. While most of baseball’s traditions are worthy of preservation, the chapter on tobacco needs to close.
The ongoing opioid addiction epidemic has brought together government, law enforcement and healthcare to find solutions. The focus among doctors and dentists has been on finding ways to reduce the number of opioid prescriptions.
Opioids (or narcotics) have been a prominent part of pain management in healthcare for decades. Drugs like morphine, oxycodone or fentanyl can relieve moderate to extreme pain and make recovery after illness or procedures much easier. Providers like doctors and dentists have relied heavily on them, writing nearly 260 million narcotic prescriptions a year as late as 2012.
But although effective when used properly, narcotics are also addictive. While the bulk of overall drug addiction stems from illegal narcotics like heroin, prescription drugs also account for much of the problem: In 2015, for example, 2 million Americans had an addiction that began with an opioid prescription.
The current crisis has led to horrific consequences as annual overdose deaths now surpass the peak year of highway accident deaths (just over 54,000 in 1972). This has led to a concerted effort by doctors and dentists to develop other approaches to pain management without narcotics.
One that’s gained recent momentum in dentistry involves the use of non-steroidal anti-inflammatory drugs (NSAIDs). NSAIDs like acetaminophen, ibuprofen or aspirin work by dilating blood vessels, which reduces painful inflammation. They’re available over the counter, although stronger doses require a prescription.
NSAIDs are effective for mild to moderate pain, but without the addictive properties of narcotics. There are some adverse health consequences if taken long-term, but limited use for pain or during post-procedure recovery is safe.
Many dentists are recommending NSAIDs for first-line pain management after most dental procedures. Narcotics may still be prescribed, but in a limited and controlled fashion. As part of this new approach, dentists typically combine ibuprofen and acetaminophen: Studies have shown the two work together better at reducing pain than either one individually.
Still, many aren’t eager to move away from the proven effectiveness of narcotics to primarily NSAIDs. But as these non-addictive drugs continue to prove their effectiveness, there’s hope the use of addictive opioids will continue to decrease.
Breathing: You hardly notice it unless you're consciously focused on it—or something's stopping it!
So, take a few seconds and pay attention to your breathing. Then ask yourself this question—are you breathing through your nose, or through your mouth? Unless we're exerting ourselves or have a nasal obstruction, we normally breathe through the nose. This is as nature intended it: The nasal passages act as a filter to remove allergens and other fine particles.
Some people, though, tend to breathe primarily through their mouths even when they're at rest or asleep. And for children, not only do they lose out on the filtering benefit of breathing through the nose, mouth breathing could affect their dental development.
People tend to breathe through their mouths if it's become uncomfortable to breathe through their noses, often because of swollen tonsils or adenoids pressing against the nasal cavity or chronic sinus congestion. Children born with a small band of tissue called a tongue or lip tie can also have difficulty closing the lips or keeping the tongue on the roof of the mouth, both of which encourage mouth breathing.
Chronic mouth breathing can also disrupt children's jaw development. The tongue normally rests against the roof of the mouth while breathing through the nose, which allows it to serve as a mold for the growing upper jaw and teeth to form around. Because the tongue can't be in this position during mouth breathing, it can disrupt normal jaw development and lead to a poor bite.
If you suspect your child chronically breathes through his or her mouth, your dentist may refer you to an ear, nose and throat (ENT) specialist to check for obstructions. In some cases, surgical procedures to remove the tonsils or adenoids may be necessary.
If there already appears to be problems brewing with the bite, your child may need orthodontic treatment. One example would be a palatal expander, a device that fits below the palate to put pressure on the upper jaw to grow outwardly if it appears to be developing too narrowly.
The main focus, though, is to treat or remove whatever may be causing this tendency to breathe through the mouth. Doing so will help improve a child's ongoing dental development.
If you would like more information on treating 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.”
Professional Hockey player Keith Yandle is the current NHL “iron man”—that is, he has earned the distinction of playing in the most consecutive games. On November 23, Yandle was in the first period of his 820th consecutive game when a flying puck knocked out or broke nine of his front teeth. He returned third period to play the rest of the game, reinforcing hockey players’ reputation for toughness. Since talking was uncomfortable, he texted sportswriter George Richards the following day: “Skating around with exposed roots in your mouth is not the best.”
We agree with Yandle wholeheartedly. What we don’t agree with is waiting even one day to seek treatment after serious dental trauma. It was only on the following day that Yandle went to the dentist. And after not missing a game in over 10 years, Yandle wasn’t going to let a hiccup like losing, breaking or cracking nearly a third of his teeth interfere with his iron man streak. He was back on the ice later that day to play his 821st game.
As dentists, we don’t award points for toughing it out. If anything, we give points for saving teeth—and that means getting to the dentist as soon as possible after suffering dental trauma and following these tips:
- If a tooth is knocked loose or pushed deeper into the socket, don’t force the tooth back into position.
- If you crack a tooth, rinse your mouth but don’t wiggle the tooth or bite down on it.
- If you chip or break a tooth, save the tooth fragment and store it in milk or saliva. You can keep it against the inside of your cheek (not recommend for small children who are at greater risk of swallowing the tooth).
- If the entire tooth comes out, pick up the tooth without touching the root end. Gently rinse it off and store it in milk or saliva. You can try to push the tooth back into the socket yourself, but many people feel uneasy about doing this. The important thing is to not let the tooth dry out and to contact us immediately. Go to the hospital if you cannot get to the dental office.
Although keeping natural teeth for life is our goal, sometimes the unexpected happens. If a tooth cannot be saved after injury or if a damaged tooth must be extracted, there are excellent tooth replacement options available. With today’s advanced dental implant technology, it is possible to have replacement teeth that are indistinguishable from your natural teeth—in terms of both look and function.
And always wear a mouthguard when playing contact sports! A custom mouthguard absorbs some of the forces of impact to help protect you against severe dental injury.
If you would like more information about how to protect against or treat dental trauma or about replacing teeth with dental implants, please contact us or schedule a consultation. To learn more, read the Dear Doctor magazine articles “Dental Implants: A Tooth-Replacement Method That Rarely Fails” and “The Field-Side Guide to Dental Injuries.”
The U.S. Centers for Disease Control and Prevention calls it “one of the ten most important public health measures of the 20th Century.” A new vaccine? A cure for a major disease? No—the CDC is referring to the addition of fluoride to drinking water to prevent tooth decay.
Fluoride is a chemical compound found in foods, soil and water. Its presence in the latter, in fact, was key to the discovery of its dental benefits in the early 20th Century. A dentist in Colorado Springs, Colorado, whose natural water sources were abundant with fluoride, noticed his patients' teeth had unusual staining but no tooth decay. Curious, he did some detective work and found fluoride in drinking water to be the common denominator.
By mid-century, fluoride was generally recognized as a cavity fighter. But it also had its critics (still lively today) that believed it might also cause serious health problems. Ongoing studies, however, found that fluoride in tiny amounts—as small as a grain of sand in a gallon of water—had an immense effect strengthening enamel with scant risk to health.
The only condition found caused by excess fluoride is a form of tooth staining called fluorosis (like those in Colorado Springs). Fluorosis doesn't harm the teeth and is at worst a cosmetic problem. And it can be avoided by regulating the amount of ingested fluoride to just enough for effectively preventing tooth decay.
As researchers have continued to learn more about fluoride, we've fine-tuned what that amount should be. The U.S. Public Health Service (PHS), which sets standards for fluoride in drinking water, now recommends to utilities that fluoridate water to do so at a ratio of 0.7 mg of fluoride to 1 liter of water. This miniscule amount is even lower than previous recommendations.
The bottom line: Fluoride can have an immense impact on your family's dental health—and it doesn't take much. Excessive amounts, though, can lead to dental staining, so it's prudent to monitor your intake. That means speaking with your dentist about the prevalence of fluoride in your area (including your drinking water) and whether you need to take measures to reduce (or expand) your use of it.
If you would like more information on how best fluoride benefits your family's 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 “Fluoride & Fluoridation in Dentistry.”
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