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You’ve learned a lot from your dentist and your family about how to take care of your teeth. You brush and floss, you wear a mouthguard when you’re active, and you have regular checkups and cleanings at our Tallahassee, FL office.

And everything you’re doing is wonderful! The smile you see each day in the mirror reflects your hard work.

But what about the part of your smile you can’t see? Let’s take a look beneath the surface, and talk about your roots.

While our teeth look solid from the outside, there’s really a lot going on inside each tooth.

• The outside of every tooth is covered with a hard protective surface.

Enamel is the hardest material in our bodies, and covers the crown. This is the part of the tooth we can see above our gums.

Our roots are hidden below our gums, and are covered with cementum instead of enamel. Cementum is hard, but it’s not nearly as strong as enamel.

• Just below a tooth’s enamel and cementum layers, we have dentin.

Dentin is a hard tissue, only a little softer than enamel. Most of our tooth is made of dentin. It surrounds and helps protect the center of the tooth and supports the enamel and cementum on the outside.

• Inside the center of each tooth, there’s an area called the pulp chamber.

The pulp holds tiny blood vessels and nerves. The blood vessels give the pulp nutrients, and the nerves are the reason that our teeth can feel sensitivity or pain.

Inside the roots, we also find pulp in the root canals. These canals are very small tunnels that run from the pulp chamber down through the root, ending in a tiny hole in the tip of the root. Blood vessels and nerves running through the canals connect the pulp tissue to our bodies’ blood and nervous systems.

Around your roots, there’s a lot going on, too. Smaller teeth like the incisors, our front teeth, usually have only one root. Bigger teeth, like molars, usually have two or three roots. And while you’re busy biting and chewing, what’s holding these roots in place?

• In your jaws, you have a spot where each tooth fits called a socket. But your tooth roots don’t just sit in the socket. That wouldn’t be very secure!
• Instead, you have a periodontal ligament surrounding the roots of each tooth. Think of the ligament as groups of tissue fibers that can attach to both the cementum on your root and the bone in your jaw. This double attachment holds your teeth firmly in place. The ligament also helps cushion your teeth from the heavy pressures of chewing.
• To make things even safer for your roots, your gums help cover them and protect them from bacteria and decay.

As you can see, your body is working hard to protect your roots. What’s the best thing you can do to keep your roots healthy? Do everything you’re already doing!

• Keep up with your brushing and flossing, and your visits to our office. These good habits protect the teeth and gums you can see, and also the roots that you can’t see.
• Avoid oral habits that put lots of pressure on your teeth and roots. Biting down on pencils, or ice, or nut shells, or anything not meant for regular eating means you’re risking a cracked tooth.
• Be safe! Wear your mouthguard when you’re active.
• Don’t wait to tell your adult if your tooth hurts. Remember, those nerves inside your teeth and roots are there to warn you if your tooth is damaged. Drs Julie Bailey, Jacob Woods, Marci, Glenn, and Brian Beck will be able to find out what’s wrong and have you feeling better in no time.

Even though you can’t see them, your roots are one important reason you have your beautiful smile. Taking good care of your teeth now is a way to make sure you have beautiful, healthy smiles for a lifetime!

Many adults wonder if they should continue to receive fluoride treatments. Our team at Smiles By Beck wants to set the record straight about the usefulness of fluoride treatment for adults.

There are several reasons fluoride treatments could be beneficial to you as a grownup. If you have a high risk for cavities, topical fluoride applications can cut down on that risk.

If you’re experiencing gum recession that’s softening your enamel, fluoride treatments can slow down that process. Fluoride treatments may also protect expensive restorative work on crowns or bridges that may be adversely affected by plaque.

In addition, fluoride can also protect teeth in adults who have orthodontic braces or who sometimes neglect to keep up with daily oral hygiene regimens such as flossing and using mouthwash.

Do you have sensitive teeth? Consuming foods that are highly acidic or using teeth-whitening products can lead to irritated gums. Fluoride treatments remineralize your enamel and reduce sensitivity.

If you’ve undergone radiation treatment for cancer, fluoride can help restore any dry-mouth damage that may have developed during that time. Saliva acts as a buffer against the foods we eat, and without enough of it you may be more likely to get cavities.

In general, fluoride treatments are not always necessary for adults, but they can be beneficial to your overall oral hygiene depending on your situation. If you fall into one of the general areas listed above, ask about a fluoride treatment during your next visit at our Tallahassee, FL office.

We can also go over your options to treat other issues you may experience in terms of your oral health. Until then, make sure to take care of your teeth properly and use toothpaste or mouthwash that contains fluoride on a regular basis.

A dental sealant is a liquid that is applied to the teeth. The sealant hardens and provides a protective coating that is designed to reduce cavities and create a smoother tooth surface. Dental sealants are clear or white; they do not take away from the appearance of teeth. You can think about this treatment as being similar to varnish that protects a wood floor.

Sealants are not the same as fluoride treatments. The application is similar, but sealants are a semi-permanent protective coating. Drs Julie Bailey, Jacob Woods, Marci, Glenn, and Brian Beck and our staff recommend that sealant applications for children begin soon after molars erupt, first molars around the age of six, and second molars around the age of 12.

Simple Application

Having sealants applied is not uncomfortable at all. First, your child's teeth will be cleaned and dried. A gel is applied, which helps the sealant adhere to the tooth, and then is rinsed away. Your child's teeth are dried again and the sealant is applied. A few seconds of exposure to a light source may be used to cure the sealant and make it semi-permanent. Sealants should last for a long time, normally between five and ten years.

Sealant Benefits

The coating on the surface of your child's teeth reduces the amount of acid contact. Normal acids in foods that are consumed can eat away at the surface of teeth. Bacteria also react to plaque formation and create more acid in the mouth. These small pits or weakened areas are prone to caries or cavity formation. Preventing cavities is a much better choice than drilling and filling damaged teeth.

A sealant also helps to smooth the chewing surfaces of your childn't teeth. The smoother surface is not as likely to retain small particles of food and bacteria. Your child's mouth stays cleaner and food is not left behind to form acids. The protective application can also be used on other teeth that have a rough surface, to protect the grooves or pits from decay.

After the sealant is applied, your child still needs to take proper care of his or her teeth. Regular brushing and flossing is required. Drs Julie Bailey, Jacob Woods, Marci, Glenn, and Brian Beck may recommend fluoride treatments to strengthen and protect your child's teeth further.

If you have any concerns about sealants, please discuss them with during your child's next appointment at Smiles By Beck. We want your little one's teeth to stay healthy for life.

We’re all trying to find a healthy balance in our lives. Balancing work and home life. Eating a well-balanced diet. Balancing our budgets. Maintaining the right pH balance in our mouths for better dental health. Wait, what was that last one?

You probably don’t spend a lot of time thinking about your pH levels, but if your oral pH is out of balance it can affect the health of your teeth.

What do we mean by pH levels? In biology and chemistry, the pH scale is a tool used to measure the concentration of hydrogen (H⁺) ions and hydroxide (OH⁻) ions in a solution.  

The higher the concentration of hydrogen atoms, the more acidic a solution. The higher the concentration of hydroxide ions, the more alkaline. The pH scale goes from 0 to 14, with the most acidic reading possible rating a 0, and the most alkaline, a 14.

You don’t have to be a biochemist to use the information provided by pH samples. We use pH readings to discover the ideal acid/alkaline conditions in many everyday applications. Azaleas grow best in very acidic soil. Swimming pools should be just a bit alkaline. Brewers test pH throughout the beer-making process for optimal fermentation—and taste.

When it comes to saliva, a neutral pH range of around 6.2 to 7.6 is generally considered normal. High alkalinity in saliva is rare. High acidity levels? Unfortunately, much more common. And an acidic environment has real-world consequences for teeth.

Plaque contains bacteria, which produce acids. Calcium and phosphate, the minerals that help make enamel the strongest substance in the body, are leached out by these acids. The weak spots left behind make enamel vulnerable to further erosion and, eventually, decay. When saliva has a normal, neutral pH, it helps neutralize plaque acids to reduce the risk of cavities.

But it’s not just bacteria that expose our teeth to acidic conditions—we do it ourselves with our choice of food and drink.

Acidic foods can directly lower the pH level in saliva. Lemon juice, for example, has a pH between 2 and 3. Red wine has a pH between 3 and 4. Blueberries? Around a 3.2. When the pH level in saliva becomes 5.5 or lower, the minerals in our teeth start to “demineralize,” or lose the minerals which keep enamel strong and intact—just the way enamel is demineralized by acids from plaque. This process is known as acid erosion.

Many of our favorite foods are acidic to some degree. Citrus and other fruits, pickled foods, vinegar, wine, coffee, tea—all of them can lower the optimal pH level of saliva. And sports drinks, energy drinks, and sodas? Check the labels and you’ll often find citric acid, phosphoric acid, and/or carbonation, all of which combine to create extremely erosive conditions.

So, no more soda? Or fruit? No. You don’t have to give up acidic foods altogether for healthy teeth. True, you won’t give up much eliminating soda from your diet. But fruits, vegetables, dairy foods, and meats are the source of essential vitamins, minerals, and proteins, and many of these healthy food choices have an acidic pH. How to eat nutritiously while protecting your enamel? Again, it’s a balancing act.

• Enjoy acidic foods sparingly, or as part of a meal. Saliva can neutralize acids more effectively when they aren’t washing over your teeth all through the day.
• Use a straw when you drink something with a low pH to reduce your enamel’s exposure to acids.
• Balance high-acid foods with low-acid choices to help neutralize the acids in your diet. Add a banana to your blueberry smoothie. Pair your wine with some cheese.
• Rinse with water after eating or drinking. When it comes to balanced pH, pure water is a 7.0 on the scale, a perfect neutral.
• Chew sugarless gum to increase saliva production.
• Use fluoride toothpaste—it not only helps prevent cavities, it helps remineralize teeth.

Even with your best efforts, acid erosion can be a problem. You might be experiencing enamel damage if you notice any of these symptoms:

• Tooth pain or sensitivity.
• Teeth that appear discolored. This happens as the whiter enamel thins, revealing the yellowish dentin underneath.
• Changes in the shape of your enamel—your teeth become rounded or have little dents or pits, known as cupping.
• White spots on your teeth, which could be a sign of demineralization.

If you think you could be suffering from enamel erosion, it’s a good idea to talk to Drs Julie Bailey, Jacob Woods, Marci, Glenn, and Brian Beck when you visit our Tallahassee, FL office. We can diagnose conditions causing acid erosion, treat you if enamel damage has occurred, and offer suggestions for diet and eating habits to make sure your oral pH—and your dental health—is always in balance.