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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 New York, NY 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. David Shipper and Dr. Howard Vogel about an implant. Because in any stage of life, the most important result is the happy ending a healthy and confident smile brings you!

Some languages have many different words for love. Some have many different words for snow. One language even has different words for a tasty layered sandwich. Is that a hoagie or a hero you’re having? A sub? Grinder? Po’boy?

“Sugar,” though, is a single word which has taken on many meanings, from casual endearment to monosaccharide molecule. Today, we’re examining scientific definitions, with a short and sweet look at the science of sugar.

Chemistry

First, let’s get basic—all the way down to the molecular level.

Carbohydrates, fats, and proteins are the three essential macronutrients which keep our bodies running. Sugars are molecules made of carbon, hydrogen, and oxygen atoms, and all carbohydrates are made of these sugar molecules, from single unit structures to very complicated chains.

Sugars called monosaccharides are the most basic of the carbohydrates. “Monosaccharide” comes from the Greek words for “single” and “sugar,” and monosaccharides are the sugars we mean when we talk about “simple sugars.” Why are they simple? Because a monosaccharide is a single molecule which can’t be broken down into smaller carbohydrates.

While there are several types of monosaccharides, the three major simple sugars are:

• Fructose—the sugar we get from fruit.
• Galactose—the sugar found in milk.
• Glucose—the sugar our bodies use the most. It’s found in plants, and also produced when our bodies break down other carbs. Fun fact—this is the only sugar essential for brain cell function.

When two monosaccharide molecules join together, they form a disaccharide (not surprisingly, from the Greek for “two sugars”). Again, there are quite a few disaccharides, but we tend to concentrate on three in our diets:

• Lactose (glucose + galactose)—found only in milk and dairy products.
• Maltose (glucose + glucose)—the sugar chiefly produced by grains.
• Sucrose (glucose + fructose)—produced in plants. These plants include sugar cane and sugar beets, from which we get our refined table sugars.

The reason sugar molecules are so important is because of how our bodies use them.

Biology

Our bodies use the glucose in carbs for energy. As foods break down, first through digestion and then in the cells, the chemical bonds which hold glucose molecules together break as well. This action releases energy, and this energy fuels all our bodily functions.

But even though we need carbohydrates to keep our bodies going, and even though sugars are the easiest carbs to use for energy, there’s a reason no one recommends a diet filled with extra sugar.

Our bodies get all the sugar they need from the natural sugar in the foods we eat. Natural sugars are found in fruits, dairy products, even some vegetables and grains. Along with that sugar come vitamins, minerals, antioxidants, fiber, and/or protein.

Extra sugars added during baking or mixing or processing for flavor and sweetness provide none of these nutrients. These sugars are known as “added sugars,” and have more serious consequences than just empty calories.

Once we have the sugars we require, there’s no need for more. Extra sugars are stored in liver, muscle, and fat cells for later use. When we eat too much sugar, this carefully balanced system is upset, with negative effects for, among other things, weight, blood sugar, insulin levels—and our dental health.

Nutrition and Dental Health

You know that a sugar-filled diet often means a cavity-filled checkup. Why? Because it’s not just our bodies that break down sugar for fuel.

The oral bacteria in plaque also need sugars for food, which they use to make acids. An acidic environment in the mouth weakens and dissolves the minerals which keep tooth enamel strong. And these weak spots are vulnerable to decay. A steady diet of sugar-filled foods means that your enamel is constantly under acid attack.

Cutting down on added sugars is one of the easiest and best ways to cut down on added cavities. Reading recipes, checking out labels, learning to recognize added sugars—this is nutritional research which has sweet results.

How to recognize added sugars? Here’s where language gives us plenty of words to fill our linguistic sugar bowl. Whether the ingredients are called agave nectar, honey, molasses, syrups, treacle, or table sugar, they’re really just sugar. More specifically, they’re all sugars made up of glucose and fructose, with at best a trace amount of vitamins and minerals—and usually not even a trace!

To make our lives easier, labels on food packaging now let us know exactly how much of the sugar in any product is “added sugar.” You expect to find a high percentage of sugar on dessert labels, but you might be surprised to read how much sugar is added to foods like energy drinks, sports drinks, flavored yogurts, cereals, spaghetti sauce, and many more of the items in your grocery cart. Spend an extra minute examining the label, and save yourself many empty calories.

Monosaccharides, disaccharides, glucose, fructose, maltose, agave syrup, treacle, and on and on—so many words for so many kinds of sugar. When it comes to dental health, let Dr. David Shipper and Dr. Howard Vogel have the last word on sugar science. During your next visit to our New York, NY office, talk to us about reducing unnecessary sugars in your diet for a future filled with the sweetest of healthy smiles.

Parents are usually expert at taking care of their children’s injuries. You know how to disinfect a cut, soothe a bump on the head, and apply a bandage faster than you can blink.

But what happens if your child suffers a dental injury? Teeth can get broken, knocked out, or displaced from a forceful impact, and parents ought to know what to do in those situations, too. Luckily, Dr. David Shipper and Dr. Howard Vogel and our team are here to be a resource for such incidents!

Chipped front teeth are a common injury for young children. First, check to see if the teeth have been broken to the nerve. You can tell this is the case if you see layers and a pinkish center.

Then, wiggle each tooth to make sure it is not loose. If the teeth still feel firmly in place, that’s a good sign. Don’t worry if they are a little loose, because they will tighten again with time.

If your child develops a high temperature or bite sensitivity, treatment is necessary and could include a root canal.

A knocked-out tooth is an injury that requires more attention than just observation. Locate the tooth as soon as you can, and touch only the crown, not the root. Rinse any debris gently with milk or water and place the tooth back in its socket as soon as possible.

According to the American Association of Endodontists, a tooth has a high chance of survival and retention for life if it is returned to the socket within five minutes, and possibly up to 60 minutes, if soaked in milk or saline solution in the meantime.

Say your child is elbowed in the mouth and a tooth gets severely displaced but does not get knocked out. Attempt to shift it back into place by applying light pressure, but be careful not to use too much force. Give your child a cold pack for the swelling and contact our office as soon as possible.

Dental emergencies can be frightening for the child as well as the parent. The best advice we can offer is to stay calm and be assured that we are always here to help! Contact us at our New York, NY office as soon as you can, if your child encounters a dental emergency.

Toothpaste no longer comes in simple choices of fluoride and fresh breath. Paste is not even the only option! You can choose gel forms and even some with ribbons of color and flavor. With so many varieties available, it may be difficult to know which features or combinations of ingredients are best for your mouth. Dr. David Shipper and Dr. Howard Vogel and our team are here to help!

Fluoride

The majority of all dental patients should use toothpaste with fluoride. Fluoride helps to strengthen the enamel on your teeth; it makes them stronger and more resistant to cavities. Even if you live in an area that adds fluoride to your drinking water, the fluoride protection in toothpaste is necessary.

Some individuals can have an allergic reaction to fluoride. Fluorosis can occur in children or adults that swallow too much toothpaste while brushing. If swallowing cannot be prevented, fluoride use should be reduced. The American Dental Association has updated guidelines that recommend fluoride be used as soon as the first teeth erupt in children. However, the amount should be minimal and swallowing should be prevented.

Sensitivity Protection

If your teeth are sensitive to temperatures, toothpaste with sensitivity protection can work wonders for your discomfort. Ingredients in these pastes or gels work to block the pathways to the nerves that react to hot or cold. Do not give up on this type of toothpaste after a few days; the full results may take a few weeks.

Plaque, Tartar, and Gingivitis Protection

Everyone has bacteria in his or her mouth, and this bacteria is normal. Unfortunately, some bacteria also cause plaque. If the plaque remains on your teeth, it hardens into tartar or calculus. Tartar is an almost cement-like substance that cannot be removed by brushing alone. When bacteria and tartar are left behind, the deposits will form under the gum line. This leads to gingivitis and gum disease.

Since there is a wide variety of toothpastes and ingredients for preventing tartar and gingivitis, ask Dr. David Shipper and Dr. Howard Vogel and our staff what the best choice is for your teeth. We can help you select the right combination of ingredients.

Whitening

White teeth are desirable, and manufacturers are heavily marketing whitening toothpastes. Most brands do not contain bleaching ingredients; they use abrasives to polish stains away. Unfortunately, too much abrasive use can be damaging to your teeth. If you’re interested in teeth whitening, our New York, NY team can recommend a number of safe and effective options.

Feel free to ask Dr. David Shipper and Dr. Howard Vogel and our staff at Central Park West Dental about the best choice in toothpaste to meet your individual needs. Remember to look for the ADA approval seal on any toothpaste you are considering.