Fibromyalgia is a chronic condition that produces widespread pain and stiffness in the muscles and joints. The pain, muscle spasms and tingling it causes can disrupt sleep, alter moods and impair memory function.
Dealing with just this one condition can be overwhelming. But did you know 3 out 4 fibromyalgia patients also develop chronic pain and dysfunction involving their jaw joints? Known collectively as temporomandibular joint disorders (TMD), these jaw joint problems cause pain, muscle spasms and difficulty moving the jaws that can interfere with eating and speaking. TMD can also contribute to headaches and earaches.
Many researchers believe this prevalence of TMD among fibromyalgia patients stems from both conditions originating from the same primary cause—a malfunction within the central nervous system. In both cases, the brain and spinal cord may not be able to process pain signals in a normal fashion. This malfunction could also be generating and amplifying pain signals even when nerves are receiving no stimulation.
For decades now, the most effective treatment strategy for TMD has been to manage the symptoms with physical therapy and exercises, thermal therapy or medications. Relief for fibromyalgia has depended on medication and relaxation techniques like biofeedback therapy. But with the evidence of some connection between the two conditions, it may be helpful to coordinate treatment for both with a team approach involving all your healthcare providers, rather than treat them separately.
To that end, make sure both your dentist or physician treating you for TMD and your physician treating your fibromyalgia each know about the other condition. Consulting together, your healthcare team may find treatments (like certain drugs that counteract neurotransmitter imbalances) that might help reduce symptoms in both conditions. And cognitive-behavioral therapy, meditation and other therapeutic pain management techniques can help you cope with the pain.
Continued research into these two debilitating conditions and the possible links between them may have an effect on how we treat both. A holistic approach to treating them could be the wave of the future.
If you would like more information on the links between TMD and other chronic pain conditions, 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 “Fibromyalgia and Temporomandibular Disorders.”
As a parent, you’re all about helping your kids grow up healthy. But there are some obstacles that can make that difficult. One in particular is tooth decay, which could interfere with their dental development.
A bacterial infection, tooth decay destroys dental tissue—and untreated it could lead to tooth loss. This could severely derail a child’s normal development, even if it’s one of their primary (“baby”) teeth. That’s why preventing tooth decay or treating it promptly when it occurs should be one of your top priorities for your child’s dental health.
Here are 3 things you can do to minimize your child’s risk of tooth decay.
Start oral hygiene early. Your best defense against tooth decay is to clean your child’s teeth daily of dental plaque, a thin film of bacteria and food particles that’s the main driver for dental disease. The best way to do this is with brushing and flossing, so begin performing these tasks with your child as soon as their teeth begin to appear. Oral hygiene is also important before their teeth come in—simply wipe your infant’s gums after nursing with a clean damp cloth to reduce bacteria in the mouth.
Start dental visits early. By age 1, most children already have quite a few teeth, making it the recommended time to schedule their first dental visit. Not only will this and subsequent visits support your plaque removal efforts, they also give your dentist an opportunity to catch any emerging dental issues. Early visits can also help get your kids used to seeing the dentist, reducing the chances they’ll develop dental visit anxiety later in life.
Avoid “baby bottle decay.” Sugar is one of decay-causing bacteria’s favorite food sources, so restricting your child’s intake of this carbohydrate can lower their decay risk. Besides limiting sugary snacks and sweets, be sure you do one more thing: eliminate sugar from the nighttime or naptime baby bottle. Parents often lay babies down to sleep with a bottle filled with sugary liquids like juice, milk or formula. Either avoid giving the bottle or make sure it only contains water.
If you would like more information on how to help your kids’ dental development stay on a healthy track, 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 “Top 10 Oral Health Tips for Children.”
How do you know if you have periodontal (gum) disease? Sometimes your gums will tell you—when they’re red, swollen or bleed easily.
But your gums can also look and feel healthy while a gum infection still brews below the gum line. In this case, a regular dental visit could make the difference. Even without overt signs of infection, we may be able to detect gum disease with a slender metal instrument called a periodontal probe.
Gum disease is a bacterial infection that most of the time arises from dental plaque. This thin film of bacteria and food particles accumulates on tooth surfaces, especially because of poor or non-existent oral hygiene. A continuing infection can weaken gum tissues and cause them to pull away or detach from the teeth.
Normally, there’s a slight gap between the gums and teeth. But as the infected gums pull away, the gaps grow larger and deeper, forming what are known as periodontal pockets. They become filled with infection that soon spreads to the root and bone and increases the risk of tooth loss.
These pockets, though, could be the means for detecting a gum infection with the help of the periodontal probe. During a dental exam we gently insert the probe, which has millimeter depth markings etched on it, between a tooth and its adjacent gums. While a depth of 1 to 3 mm is normal, a probe measurement of 4 to 5 mm could be a sign of an early stage infection. A reading of 7 to 10 mm, on the other hand, may indicate more advanced disease.
Along with other factors, periodontal probing can be quite useful identifying both the presence and extent of a gum infection and then how to treat it. The goal of any treatment is to remove plaque and tartar (calculus) deposits that sustain the infection. But probing, along with other diagnostic methods like x-rays, could point to deeper infection below the gum line that require more extensive methods, including surgery, sometimes to access and remove the disease.
Achieving the best treatment outcome with gum disease often depends on finding the infection early. Periodontal probing helps to make that discovery more likely.
For chipped, stained, or slightly crooked teeth, dental veneers might be the ideal solution. These thin layers of porcelain bonded directly over the teeth with the perfect blend of color, sizes and shapes, can transform a person’s smile for a relatively modest cost.
But if the teeth belong to a teenager, veneers might not be appropriate. This is because in most cases, we’ll need to remove some of the tooth enamel so that the applied veneers won’t look unnaturally bulky. This alteration is permanent, so the teeth will require some form of restoration from then on.
While not usually a major issue with fully matured adult teeth, it could be with the developing teeth of pre-teens and teens. During childhood and adolescence the tooth’s inner pulp plays an important role in dentin production, and so the pulp chamber is relatively large compared to an adult tooth. This larger size places the pulp closer to the enamel surface than with an adult tooth.
Because of its proximity to the enamel, there’s a greater chance veneer alterations could damage a teenager’s tooth pulp and its nerve bundles. If that happens, we may need to perform a root canal treatment to save the tooth—also not an optimal situation for a developing tooth.
That’s why we need to take into consideration a patient’s age and stage of dental development first, including x-raying the affected teeth to measure the depth of the tooth pulp. If we deem it too risky at the moment, there are other ways to improve dental appearance at least temporarily. This includes whitening externally stained teeth with a bleaching agent, or applying tooth-colored composite resin material to chipped areas. We can also apply a composite material veneer that, although not as durable as traditional porcelain, doesn’t require much if any tooth alteration.
To know your options, have your teenager undergo a thorough dental examination. Your dentist will then be able to discuss with you whether veneers can be safely attempted. And be sure the dentist who may perform the work has experience performing cosmetic procedures on teenagers.
If you would like more information on restoration choices for teenagers, 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 “Veneers for Teenagers.”
One in 700 babies are born each year with a cleft lip, a cleft palate or both. Besides its devastating emotional and social impact, this common birth defect can also jeopardize a child's long-term health. Fortunately, incredible progress has occurred in the last half century repairing cleft defects. Today's children with these birth defects often enter adulthood with a normal appearance and better overall health.
A cleft is a gap in the mouth or face that typically forms during early pregnancy. It often affects the upper lip, the soft and hard palates, the nose or (rarely) the cheek and eye areas. Clefts can form in one or more structures, on one side of the face or on both. Why they form isn't fully understood, but they seem connected to a mother's vitamin deficiencies or to mother-fetus exposure to toxic substances or infections.
Before the 1950s there was little that could be done to repair clefts. That changed with a monumental discovery by Dr. Ralph Millard, a U.S. Navy surgeon stationed in Korea: Reviewing cleft photos, Dr. Millard realized the “missing” tissue wasn't missing—only misplaced. He developed the first technique to utilize this misplaced tissue to repair the cleft.
Today, skilled surgical teams have improved on Dr. Millard's efforts to not only repair the clefts but also restore balance and symmetry to the face. These teams are composed of various oral and dental specialties, including general dentists who care for the patient's teeth and prevent disease during the long repair process.
Cleft repairs are usually done in stages, beginning with initial lip repair around 3-6 months of age and, if necessary, palate repair around 6-12 months. Depending on the nature and degree of the cleft, subsequent surgeries might be needed throughout childhood to “polish” the original repairs, as well as cosmetic dental work like implants, crowns or bridgework.
In addition to the surgical team's skill and artistry, cleft repair also requires courage, strength and perseverance from patients and their parents, and support from extended family and friends. The end result, though, can be truly amazing and well worth the challenging road to get there.
If you would like more information on repairing cleft birth defects, 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 “Cleft Lip & Cleft Palate.”
This website includes materials that are protected by copyright, or other proprietary rights. Transmission or reproduction of protected items beyond that allowed by fair use, as defined in the copyright laws, requires the written permission of the copyright owners.