Posts for: May, 2020
Your teeth face a hostile environment populated by disease-causing bacteria. But your teeth also have some “armor” against these microscopic foes: enamel. This hard outer tooth layer forms a barrier between harmful bacteria and the tooth’s more vulnerable layers of dentin and the inner pulp.
But although it’s tough stuff, enamel can erode when it comes into contact with high concentrations of mouth acid. Losing substantial amounts of enamel could leave your teeth exposed to disease.
So, here are 3 things you can do to help protect your enamel so it can keep on protecting you.
Careful on the brushing. Brushing removes dental plaque, a thin bacterial film on teeth most responsible for dental disease. But be careful not to brush too often, too hard and too quickly after eating. Brushing more than twice a day can cause gum recession and enamel wear; likewise, brushing too aggressively. You should also wait at least 30 minutes after eating to brush to give your saliva sufficient time to neutralize any acid. You could lose tiny bits of softened enamel brushing too soon.
Cut back on acidic foods and beverages. Spicy foods, sodas and, yes, sports and energy drinks all contain high amounts of acid that can increase your mouth’s acidity. It’s a good idea, then, to reduce acidic foods and beverages in your diet. Instead, eat less spicy foods and drink primarily water or milk. Also, look for foods and beverages with calcium, which helps increase your enamel’s ability to remineralize after acid contact.
Don’t eat right before bedtime. There are a lot of reasons not to eat just before you hit the hay—and one of them is for protecting your tooth enamel. Saliva normally neutralizes acid within a half hour to an hour after eating. While you’re sleeping, though, saliva production decreases significantly. This in turn slows its neutralizing effect, giving acid more contact time with enamel. So, end your eating a few hours before you turn in to avoid too much acid remaining on your teeth.
Every year 150,000 people, mostly women over age 50, find out they have a painful condition called trigeminal neuralgia. For many it begins as an occasional twinge along the face that steadily worsens until the simple act of chewing or speaking, or even a light touch, sets off excruciating pain.
The source of the pain is the pair of trigeminal nerves that course along each side of the face. Each nerve has three separate branches that provide sensation to the upper, middle and lower areas of the face and jaw.
The problem arises when areas of the myelin sheath, a fatty, insulating covering on nerves, becomes damaged, often because of an artery or vein pressing against it. As a result, the nerve can become hypersensitive to stimuli and transmit pain at even the slightest trigger. It may also fail to stop transmitting even after the stimulation that caused it is over.
Although the condition may not always be curable, there are various ways to effectively manage it. The most conservative way is with medications that block the nerve from transmitting pain signals to the brain, coupled with drugs that help stabilize the nerve and decrease abnormal firing.
If medication isn't enough to relieve symptoms, there may be some benefit from more invasive treatments. One technique is to insert a thin needle into the nerve to selectively damage nerve fibers to prevent them from firing. Another microsurgical procedure attempts to relocate the nerve away from a blood vessel that may be compressing it.
The latter procedure has some higher risks such as facial numbness or decreased hearing, and is often better suited for younger patients. Older patients may benefit more from the needle insertion procedure previously mentioned or a directed beam of high-dose radiation to alter the nerve.
To learn the best options for you, you should first undergo a neurological exam to verify you have trigeminal neuralgia and to rule out other causes. From there, you and your doctor can decide the best course of treatment for your age and individual condition.
Trigeminal neuralgia can be an unpleasant experience. But there are tried and true ways to minimize its effect on your life.
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.”
Advanced tooth decay is a serious dental problem that can threaten an affected tooth's survival. But for decades now dentists have reliably used root canal treatment to better a decayed tooth's odds. This routine procedure performed with dental drill and special hand tools removes infected tissue inside a tooth and replaces the voids with a filling to prevent future infection.
But now there's a new way to perform a root canal—with a surgical laser. Lasers, amplified and focused light beams, aren't new to healthcare—they're an integral feature of many routine medical treatments and surgeries. But their use is relatively new to dentistry, and to endodontics (treating the interior of teeth) in particular.
Lasers can be used in root canal treatment to perform a number of tasks. They can remove diseased tissue and other debris from the innermost tooth pulp. They can be used to clean and shape root canal walls in preparation for filling. And they can also be used to soften and mold the filling material to fit more precisely within a tooth's particular root canal network.
Although laser-assisted root canal therapy isn't yet widespread, laser's limited use to date has given us a fair picture of both their advantages and disadvantages. As with other medical laser applications, lasers are very precise in removing diseased tissue without too much disruption of healthy tissue. There's less need for anesthesia than with dental drills, and lasers are a lot less noisy and jarring. Patients by and large experience less bleeding, as well as less discomfort or infection afterward.
But because laser light can only travel in a straight line, they're difficult to use in many tightly curved root canals. In these cases, the traditional methods are better suited, although a laser can be used in conjunction with other tasks. Temperature with lasers must also be carefully managed lest the high heat that's often generated damages natural tissues.
Although lasers won't be replacing traditional treatment methods for decayed teeth in the foreseeable future, there's hope they'll become more commonplace as technology and techniques continue to advance. Lasers can only improve what already is an effective means of saving teeth.
If you would like more information on treatments for advanced tooth decay, 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 “Laser-Assisted Root Canal Treatment.”