Posts for: July, 2019
Pediatricians and dentists alike recommend beginning your child's regular dental visits at an earlier age rather than later. Most say children's first visits should happen around their first birthday.
Some may question whether that's necessary given the state of a child's dental development at that age. At that stage they normally have only a few primary teeth, which will eventually give way to their permanent set soon enough.
But regular dental visits can make a positive difference even at that early age. Here are 3 oral health areas that could benefit from seeing the dentist by Age One.
Protecting primary teeth from decay. It's true that primary teeth don't last long when compared to a normal lifespan. But during their short tenure, they do play a critical role in a child's health and development. Not only do they provide a child dental function for eating, speaking and smiling, they also preserve the space for the permanent teeth that will succeed them. Without them, permanent teeth can erupt out of position to form a poor bite (or malocclusion). That's why early dental care to prevent and treat decay in primary teeth helps them remain for as long as they should.
Detecting developing malocclusions. A malocclusion doesn't form overnight—there can be subtle signs of its development during early childhood. A dentist, especially a pediatric dentist or orthodontist, can often detect those signs before the malocclusion fully develops (one reason why every child should have an orthodontic evaluation around age 6). With early detection, an orthodontist can use interventional techniques that will lessen or even stop a malocclusion from forming. As a result, later orthodontic treatment may not be as extensive—or expensive—as it could have been.
Developing a healthy dentist-patient relationship. Dental anxiety is a real problem for many adults—in some cases it can be so severe they avoid professional dental care altogether. The roots of that dental fear often go back to unpleasant experiences during childhood. Starting dental visits when a child is very young appears to minimize the development of dental anxiety. A young child, especially visiting a "kid-friendly" dental clinic, will more likely view dental care as a routine part of life and will less likely be afraid.
If you would like more information on dental care for children, 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 “Age One Dental Visit: Why It's Important for Your Baby.”
Every year U.S. dentists perform around 25 million root canal treatments and save countless teeth from the ravages of decay. But if you search "root canal" on the Internet, you might encounter an unsettling charge against this tooth-saving treatment—that it causes cancer.
Root canal treatments are routinely used when tooth decay has infected the pulp, the innermost layer of a tooth. During the procedure, we access the pulp and remove all the infected tissue. We then fill the empty pulp and root canals, seal the access hole and later crown the tooth to prevent further infection. Without this intervention, the decay can continue to advance toward the roots and supporting bone, putting the tooth in imminent danger of loss.
So, is there any credibility to this claim that root canal treatments cause cancer? In a word, no: there's no evidence of any connection between root canal treatments and cancer—or any other disease for that matter. On the contrary: root canals stop disease.
As with other types of urban legends and internet hype, the root canal-cancer connection may have arisen from another discredited idea from the early 20th Century. A dentist named Weston Price promoted the notion that leaving a "dead" organ in the body led to health problems. From his perspective, a root canaled tooth with its removed pulp tissue fit this criterion.
In the mid-1950s, dentistry thoroughly examined Dr. Weston's theory pertaining to treatments like root canals. The Journal of the American Dental Association devoted an entire issue to it and found after rigorous scientific inquiry that the theory had no validity in this regard. Another study in 2013 confirmed those findings. In fact, the later study instead found that patients who underwent a root canal treatment had a 45 percent reduction in oral cancer risk.
Given the freewheeling nature of the Internet, it's best to speak with a dental professional about your oral health before trusting a post or article you've found online. Not only are they more informed than an unverified online source, they would certainly not knowingly subject you to a procedure to save a tooth at the expense of your health.
If you would like more information on root canal treatment, 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 “Root Canal Safety.”
While braces are often the stars for straightening smiles, they're not the only cast members in an orthodontic production. Orthodontists occasionally turn to other appliances if the bite problem is challenging. Whatever the tool, though, they usually have something in common—they use the principle of anchorage.
To understand anchorage, let's first consider the classic kid's game Tug of War. With teams on either end of a rope, the object is to pull the opposing team across the center line before they pull you. To maximize your pulling force, the player at the back of your rope, usually your stoutest member, holds steady or "anchors" the rest of the team.
Like a Tug of War team, braces exert force against the teeth. This stimulates the supporting periodontal ligament to remodel itself and allow the teeth to move. The braces use the teeth they are attached to as anchors, which in a lot of cases are the back teeth. By attaching a thin wire to the brackets or braces on the teeth, the orthodontist includes all the teeth on the arch, from one end to the other. Anchored in place, the wire can maintain a constant pressure against the teeth to move them.
But not all bite situations are this straightforward. Sometimes an orthodontist needs to influence jaw growth in addition to teeth movement. For this purpose, they often use orthodontic headgear, which runs around the back of the head or neck and attaches to orthodontic brackets on the teeth. It still involves an anchor but in this case it's the patient's own skull.
In some situations, an orthodontist may feel he or she needs more anchorage as the teeth alone may not be enough. For this, they might establish a separate or additional anchor point using a temporary anchorage device (TAD). A TAD resembles a tiny screw that's inserted into the jawbone near the tooth intended for movement. The orthodontist can then attach the TAD to braces hardware using some form of elastics. After treatment, they remove the TAD.
These are just a couple examples of specialized tools an orthodontist can use for bite correction. Thanks to them and similar devices, even the most complex bite problem can be overcome to create a healthier and more attractive smile.
If you would like more information on correcting a poor bite, 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 “Orthodontic Headgear & Other Anchorage Appliances.”
Each year doctors treat about 150,000 new cases of severe facial pain. If you're one of those people, you don't have to suffer—there are ways to gain relief from these painful episodes.
Those recurring episodes are known as trigeminal neuralgia (TN). As the name implies, the source of the pain are the trigeminal nerves, which originate in the brain stem and extend on either side of the face. Each is divided into three branches (hence the "tri" in trigeminal) that serve the upper, middle and lower parts of the face and jaw.
TN can involve one or more of these branches, resulting in mild to severe pain that can last for several seconds. Jaw movements like chewing or speaking can trigger an episode, as well as a light touch to the face.
There are various proposed causes for TN, including links with inflammatory disorders like multiple sclerosis, which damages the insulating sheathing around nerve cells. The most common cause, though, appears to be a blood vessel pressing against the nerve. The compression causes hypersensitivity in that area of the nerve so that it transmits pain at the slightest sensation.
Other conditions like jaw joint pain disorders (TMD) or a dental abscess can cause similar pain symptoms, so it's important to get an accurate diagnosis. If your doctor does identify your condition as TN, you may then need a comprehensive approach to treatment involving a team of care providers, including your dentist.
For the most part, TN can be managed, beginning with the most conservative approach to gain relief, often with medications to block the nerve's pain signals to the brain or decrease abnormal nerve firings. If that proves insufficient, though, more intensive treatments are available.
One possible treatment for an impinging blood vessel is a microsurgical procedure to expose the affected nerve and relocate the vessel. While this can be effective, the surgery does carry some risk of facial numbness or decreased hearing. If the risks are too high for conventional surgery, an alternative procedure uses a precise beam of high-dose radiation to relieve the pressure from the vessel.
The most important thing to know about TN, though, is that it is possible to control it and relieve future pain episodes. If you're experiencing these symptoms, see your dentist or doctor for an exam and accurate diagnosis.
If you would like more information on trigeminal neuralgia, 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 “Trigeminal Neuralgia: A Nerve Disorder that Causes Facial Pain.”
Every year, thousands of children are born with a cleft palate, cleft lip or a combination of both. The advocacy group AmeriFace promotes the month of July as National Cleft & Craniofacial Awareness & Prevention Month to call attention to this potentially disfiguring defect—and to highlight treatments offered by dentists that can change the destiny of a child with a cleft defect.
Simply put, a cleft is a gap or opening in the palate (roof of the mouth) and/or upper lip. Cleft lips and palates result when structures that are forming in an unborn baby’s mouth and face don’t fuse together as they should during pregnancy. They can occur on either one side or on both sides of the face, in partial form (with some connecting tissue present) or completely open.
Clefts can cause severe disfigurement in a child, which may lead to a diminished self-image and disruption in relationships with others. A cleft can also compromise other aspects of a child’s health and life, including dental health, nutrition, respiratory function and speech development.
Doctors don’t always know why a particular baby is born with a cleft lip or palate, but clefts are thought to result from a combination of factors. Genetics most certainly plays a role, but there appear to be other influencing factors during pregnancy like nutritional deficiencies and fetal exposure to alcohol, radiation or toxic chemicals. In addition, having poorly controlled diabetes or being obese during pregnancy may increase the risk of the baby being born with cleft lip or cleft palate.
Managing known health conditions as well as striving for better prenatal nutrition and protection from environmental hazards may reduce the risks for cleft formation, even so, clefts do form. When they do, we can often effectively correct them, thanks to surgical procedures first developed by a military surgeon stationed in Korea in 1950.
While analyzing photos of cleft patients, Dr. Ralph Millard realized the tissue needed to repair a cleft was already present, but in a distorted form. He then experimented with surgical techniques that released the tissue so that it could be moved and fashioned into a normal appearance.
Dr. Millard’s original techniques remain the basis for today’s advanced procedures. Correction of a cleft lip or palate typically requires a series of procedures which can span the child’s developmental years. The first surgery usually occurs around 3-6 months of age, followed by later procedures to refine the earlier work. This process usually requires a team of dental specialists that includes oral surgeons, orthodontists and general dentists.
The road to restoration from a cleft birth defect can be a long one for children and their families, but the treatment methods developed over the last several decades can truly give them the gift of a normal life.
If you would like more information about cleft repair and other oral surgical procedures, please contact us or schedule a consultation. To learn more, read the Dear Doctor magazine article “Cleft Lip & Cleft Palate: Common Birth Defects That Can Be Repaired Beautifully by Skilled Surgeons.”