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That ache in your head may stem from your jaw. If your jaw falls out of alignment, you could have temporomandibular joint disorder, or TMD.

It's not clear what causes TMD. Obesity may factor in. Stress and pressure on the jaw may also contribute. A misaligned bite (that is, where your upper and lower teeth don't fit together when you close your mouth) may cause TMD symptoms, too.

TMD can affect your life and your health by making it painful to eat and hard to sleep. Some people find the nagging pain difficult to bear.

Symptoms of TMD include:

• Recurring headaches with no other cause
• Pain along and behind your ears
• Pain in your cheeks or lower face
• Clicking noises when you talk or chew
• Tired or sore jaw muscles after eating
• Limited jaw movement

If you experience the symptoms listed here, make an appointment with our office. We’ll take an X-ray to look at your bite, and determine if TMD could be the culprit. If you have TMD we can offer a number of treatments, including:

• Relaxation and stress reduction techniques
• Pain reduction recommendations, which might involve visualization or medication
• Jaw joint exercises that can help reduce stress and improve your alignment

Left untreated, TMD headaches and other symptoms can become quite severe. If you suffer the symptoms of TMD, you do not have to live in pain. Make an appointment at our Hellertown, PA office to learn how we can reduce your pain and restore comfort to your life.

Act One: Those 20 adorable baby teeth which begin arriving when you’re about six months old and are probably gone by the time you’re twelve.

Act Two: The 32 (if you have all your wisdom teeth!) adult teeth which start showing up around the age of six, and need to last the rest of your lifetime. Unless there’s an . . .

Act Three: Where science has discovered a way to repair damaged teeth or create replacements for lost teeth that would look and function just like our original teeth.

Sounds like science fiction, doesn’t it?

In biological terms, of course, we’re not there yet. But teams of scientists around the world have been working toward just this goal—the ability to repair a tooth with its own biological material or even grow a new tooth when an adult tooth is seriously damaged or lost.

Because the pulp—the living tissue inside each tooth—contains dental stem cells, some researchers are studying whether these cells can be used to regenerate the living pulp inside a damaged tooth. Even more exciting, there’s research being done into the possibility of using these stem cells to rebuild an entire tooth—pulp, dentin, and hard enamel exterior. Because the supply of usable dental stem calls is quite small, and process of guiding these cells to create all the varied parts of the tooth is quite complex, this research is in its early stages.

In other studies, scientists have focused on tooth regeneration by studying the teeth of other species. Mice, for example, have front teeth with open roots. This allows these teeth to keep growing up as they wear down, because stem cells inside mouse gums are always working to create new tissue. Even though our teeth are not exactly comparable (no open roots in human teeth!), finding out just how this tissue regeneration works in mice and other animals might help find an answer for human tooth regeneration.

Right now, these scientific goals are just that—goals for a future day. But in the meantime, your quality of life doesn’t need to suffer when you lose an adult tooth. You can enjoy a third act right now with dental implants.

Cosmetic concerns aren’t the only reasons why you want your complete smile restored in the event of a lost tooth. A missing tooth can lead to many unpleasant consequences:

• Speaking and eating can become more difficult.
• Lack of stimulation from biting and chewing can cause the bone beneath the lost tooth to shrink.
• Other teeth can shift to fill the gap left behind, which can affect tooth, bite, and jaw alignment.
• Loss of teeth can lead to loss of confidence.

Unlike dentures or bridges, dental implants are designed to function just like your natural teeth.

The post, or base, of each implant fuses with the bone in your jaw, acting as a “root” for the implant. Once the post has fused with the bone around it, a crown designed to match your other teeth in shape and color is secured to the post. You can eat, speak, brush, floss, keep your bone healthy, and smile confidently just as you did before.

Will biological replacements be ready for your third act in the near future? Probably not. But that’s not to say this will never be possible! In the meantime, take care of your teeth with daily brushing and flossing, eat a dental-healthy diet, and visiting our Hellertown, PA office as recommended.

You do your best to keep your teeth intact and in place—but if you lose one through trauma or decay, talk to Dr. Jason P. Tosto about an implant. Because in any stage of life, the most important result is the happy ending a healthy and confident smile brings you!

Let’s talk about the science of our teeth for a moment. Our enamel has a very high mineral content, making it extremely strong.  In fact, enamel just happens to be the hardest substance in our bodies.  But, unfortunately, it is not indestructible! Certain foods we eat can actually damage the surface of our teeth. Some simple and entertaining experiments can show children how our teeth can be affected by things we eat and drink, and how we can help protect them.

If you have a science-minded student at home, there are many activities you can do together, using educational websites, common household products and lots and lots of eggs. (Why eggs? Eggshells are a great substitute for teeth in these experiments. Not only are they various shades of white--like our own teeth, they are also calcium-rich—like our own teeth.) You can find any number of experiments using uncooked eggs, hardboiled eggs, whole shells with the contents blown out, or eggshells alone, so you can find just the right activity for whichever egg treatment works best for you.

Examine Enamel Erosion

One of the ways we protect our teeth is with healthy eating. The bacteria in plaque use the sugars and starches in our foods to produce acids. These acids are the substances that break down the minerals in our enamel and leave the enamel weaker. Weaker enamel is more easily attacked by bacteria and acids, which leads to cavities.

With eggs or eggshells and some carefully selected food products, you can see just how acidity affects teeth. Different websites suggest a variety of acidic liquids to dunk your eggs in, such as vinegar, soda, or citrus juices, so it’s easy to find an experiment that works with your pantry. Always use a plain water sample when you submerge eggs or shells to act as a control to measure differences against. How do the egg shells soaked in acidic liquids differ from those in plain water? It’s also fun to add simple sugar water as a test liquid to see what happens. Is it sugar or acid that causes more damage? And why might that be?

The Fluoride Fix

Fluoride is well known as a mineral that protects the structure of our teeth and helps prevent cavities. And there are actually experiments out there to test the protection fluoride provides using your egg stand-ins.

In some experiments, a hardboiled egg is coated with fluoride toothpaste or rinse for a specific amount of time and then dunked into vinegar. An untreated egg also gets a vinegar bath. You are asked to observe what is happening to each egg as it sits in its vinegar bath—are there bubbles on one egg and not the other? What do the bubbles mean? Other experiments require longer exposure to fluoride and then to vinegar—what happens to the shells of the treated and untreated eggs? What could this mean for our teeth?

Staining Studies

Our diet can do more than help create cavities. Enamel is very strong, but it is not stain-proof! Dark colored foods and drinks can make our teeth appear darker or more yellow. (And teeth that have suffered enamel erosion can pick up stains more easily.) How does food affect the brightness of our smiles?

If this question interests you, find experiments that use favorite beverages as a soak for your eggs. Choose liquids with a range of color, such as coffee, soda, and apple juice. Or choose an experiment that uses different varieties of soft drinks. Will foods the same color cause the same amount of discoloration in your egg volunteers? Do you want shorter or longer soaks in each liquid? Do you want to make use of a recycled toothbrush to see if brushing that discolored shell makes a difference? With toothpaste or without?

Even though these activities are designed for older children, they still require adult supervision. You can find detailed instructions for any of these experiments at many science and educational sites online. With some household supplies, plenty of extra cups, and a quantity of eggs, you and your child can demonstrate some of the basic effects our food choices have on the health and appearance of our teeth. It’s a wonderful way to promote healthy eating and brushing habits, scientific curiosity, and shared experiences!

Don’t forget to let Dr. Jason P. Tosto know how your experiments turned out the next time you visit our Hellertown, PA office!

Remember all the things your parents would tell you when you were growing up to scare you away from doing something? Like how lying might make your nose grow, misbehaving meant you wouldn’t get money from the tooth fairy, and swallowed chewing gum would build up in your stomach and stay there for years?

Maybe that last one stayed with you well beyond your teens, and occurred to you every time you accidentally (or purposely) swallowed a piece of gum. We don’t blame you. It’s a scary thought.

But is it true?

We hate to take the fun out of parental discipline, but swallowing a piece of chewing gum is pretty much like swallowing any other piece of food. It will move right through your digestive system with no danger of getting stuck for months, let alone seven years.

This doesn’t mean you should start swallowing all your gum from now on, but if it happens accidentally now and then, there’s no need to panic.

Another common gum myth is that sugar-free gum can help you lose weight. Although it is preferable to choose sugar-free gum over the extra-sweet variety, no studies have show that sugar-free gum will help you lose weight.

If you pop a piece of gum in your mouth after dinner to avoid dessert, it could help you avoid eating a few extra calories every day. But the consumption of sugar-free gum without any other effort will not help you shed pounds.

 If you really enjoy chewing gum, we strongly encourage you to select sugarless gum, because it lowers your risk for cavities. Many brands of sugarless gum contain xylitol, a natural sweetener that can, in fact, help fight bacteria that cause cavities and rinse away plaque.

So if you can’t kick the gum habit altogether, sugar-free is definitely the way to go!

If you have any questions about chewing gum, feel free to contact Dr. Jason P. Tosto at our Hellertown, PA office.