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Two studies – one conducted in Washington State, and whose findings were published in the Journal of Pediatric Dentistry in 2004, and another conducted in Madrid, Spain, and whose findings were reported in 2012 in Science Daily, reinforce earlier findings that show a direct relationship between parental dental fear and that of their children.

The Washington study looked at dental fear among 421 children whose ages ranged from 0.8 to 12.8 years. The children were all patients at 21 different private pediatric dental practices in Western Washington State. The Spanish study looked at 183 children between the ages of seven and 12, and their parents in Madrid.

The Washington study used the Dental Sub-scale of the Child Fear Survey Schedule. The survey responses came from either parents, or other parties charged with taking care of the children. The people responsible for each child filled out the survey, which consisted of 15 questions to which answers were given based on the child’s level of fear. The scale used was one to five, with one meaning the child wasn’t afraid at all, and five indicating the child was terrified. The maximum possible points (based on the greatest fear) was 75.

Spanish researchers found that like past studies, there is a direct connection between parental dental fear levels and those of their kids. The most important new discovery from the study conducted in Madrid, was that the more anxiety and fear a father has of going to the dentist, the higher the fear levels among the other family members.

Parents, but especially fathers, who suffer from fear of going to the dentist and fear of dental procedures in general pass those fears on to every member of the family. While parents may not feel like they have control over those fears, the best way to help your child understand the importance of going to the dentist is by not expressing your fears in front of them – or around the rest of the family.

Dr. Meuselbach and our team understand that some patients are more fearful than others when it comes to visitingour West Chester office. We work hard to make our practice as comfortable for our patients, both children and adults.

One of the most charming aspects of your baby’s beautiful smile is his brilliantly white teeth. But now that his adult teeth are coming in, the difference in color is very noticeable. Is this something to be concerned about? Happily, probably not.

Both baby teeth and adult teeth have the same basic structure. The inside of the tooth, the pulp, contains blood vessels and nerves. The pulp is covered by a layer of dentin, a hard, yellowish substance composed of living tissue that helps protect the pulp and transmits signals for pain, pressure, and temperature. Enamel is the outer protective covering of the tooth, and its natural color can vary from greyish-white to light yellow.

If primary and permanent teeth are so alike, how can they look so different? As with so many things, the difference lies in the details. In adult teeth, enamel is semi-translucent, so it will allow the color of what is beneath it to show through. And the color of the thick dentin beneath is naturally yellow. Baby teeth have a thinner layer of the yellowish dentin. And while their enamel is also thinner, the enamel in baby teeth is generally whiter and more opaque, so less of the underlying yellow from the dentin is visible.

The result of these small differences is that adult teeth are normally darker than baby teeth to begin with. And when a permanent tooth that is just a bit darker erupts next to a bright white baby tooth, it is going to look even more yellow than it actually is. Once all of the baby teeth in front have been replaced with adult teeth, you will have a much better idea of their real color without unflattering comparisons!

There are times when concerns about tooth color should be looked at by Dr. Meuselbach more closely.

• Unusual discoloration in teeth should be examined. Some discoloration is caused by medical conditions such as hypomineralization, some by environmental factors such as excess fluoride, some by trauma, some by medication. If you notice a discolored section of your child’s tooth, or the tooth has turned a different shade from the teeth around it, give us a call.
• Your child might have naturally whiter or yellower teeth simply as a matter of genetics. If your child is self-conscious about the color of his teeth, we can talk about whitening solutions when he is old enough to use them safely. Home whitening products should never be used on young children.

Give yourself time to adjust to your child’s new, adult smile. You will probably notice no difference at all once all of his permanent teeth come in. And keep those new teeth their brightest with consistent brushing and flossing, and regular checkups and cleanings at our West Chester office. This is the simplest prescription for a charming, white, and healthy smile at any age.

You’ve always taken care of your child’s smile. You make sure thorough brushing and flossing take place twice a day. You serve foods high in vitamins and minerals and low in sugar. You make and keep regular dental appointments at our West Chester office. But even with the best dental routines, sometimes conditions can occur that will require additional professional care.

One of these conditions can affect your child’s enamel while the tooth is still forming. When baby teeth or adult teeth appear, you might notice white, creamy yellow, or brown spots in otherwise healthy-looking enamel. These spots are softer and rougher than normal hard, smooth enamel. Because of their texture and color, such teeth are often referred to as “chalky teeth,” but this condition is actually known as enamel hypomineralization.

What is hypomineralization?

Enamel is the strongest substance in our bodies—stronger even than bones. Enamel is largely composed of minerals. If something disrupts the process of enamel development in baby or adult teeth, the result can be abnormally low mineral content in the enamel. This leaves teeth weaker and more likely to suffer decay and damage.

Premature birth, low birth weight, and other pre-natal factors have been suggested as risk factors for hypomineralization in primary teeth enamel. Permanent teeth can be vulnerable to this condition as well. Adult teeth are forming in young children well before they make an appearance. It’s been suggested that certain early childhood factors, such as recurring high fevers, some diseases, even specific antibiotics, can interrupt the formation of the enamel and lead to hypomineralization of adult teeth.

What are the results of enamel hypomineralization?

Children with this condition are much more likely to experience rapid tooth decay because of their weaker, more porous enamel, especially in the molars. Further, they tend not to respond as well to the numbing effects of local dental anesthetics, while their teeth tend to be more sensitive to pain. Cases can be mild, moderate, or severe. In severe cases, teeth might require crowns or possibly extractions, but even mild discoloration and other cosmetic problems can lead to self-consciousness in your child.

How can we help?

Catching this condition early is very important. If your child has had any medical conditions that might affect tooth development, let Dr. Meuselbach know even before that first tooth comes in. If you notice anything unusual about a new baby or adult tooth, give us a call. For primary or permanent teeth, the sooner we can begin treatment, the better the long-term outlook.

We might suggest fluoride applications or desensitizing treatments. We can apply sealants to reduce the risk of cavities, and use bonding to restore discolored or weak patches in the tooth. Both of these methods have greater success if the enamel near the affected area is in good condition, so early treatment is vital. If teeth require more protection, crowns are often the best choice. We will design a treatment program to suit your child’s individual needs now and for the future.

How can you help?

Dental hygiene is important for every child, but especially for a child with weak and porous enamel. Because children with hypomineralized enamel develop cavities more quickly that those with strong enamel, it is very important to watch your child’s diet and keep to a regular, careful, and thorough routine of brushing and flossing at home. Be attentive to any sensitivity problems, and be sure to follow any suggestions we might have for strengthening enamel.

Remember, early diagnosis and treatment is always best! If at any time you notice chalky patches, or have any other concerns about the appearance of your child’s teeth, if they seem to be causing your child pain or are unusually sensitive, call Dr. Meuselbach immediately. We want to work with you to treat any current problems and to prevent new ones.

Remember hearing about George Washington and his wooden choppers? Not his tools for cutting down cherry trees, but his false teeth.

Actually, George’s teeth were made of ivory but were so stained that they appeared to be made out of wood. You might think those were the earliest dentures. In fact, the history of false teeth goes back centuries before President Washington.

Ancient Times

The earliest known dentures consisted of human or animal teeth tied together with wires. Examples of such dentures have been found in Egyptian and Mexican archeological sites. Other ancient peoples use carved stones and shells to replace lost teeth. These early dentures were probably made for cosmetic purposes. The materials they used were not likely to stand up to the pressure placed on teeth during eating.

The earliest surviving set of complete dentures were actually made out of wood (sorry, George). They were found in Japan and date back to the 16^th century.

Human and animal teeth continued to be popular materials for dentures until the 20^th century in some parts of the world. But the difficulty obtaining healthy teeth (and the risk of disease from unhealthy teeth) led dentists to search for other substances.

Modern Era

In the 18^th century, dentists began using porcelain, ivory, gold, silver and even rubber as tooth substitutes. Dentures made with these substances could be used in eating. They were often ill-fitting, however, which may explain why George Washington looks puffy and glum in many portraits.

Porcelain and metals were the most popular denture materials until about 1950, when plastics and resins were developed. Tough and durable, these materials make up most of the dentures Dr. Meuselbach and our team use today.

Still, what goes around comes around. Researchers at the University of Texas are looking at using human teeth for dentures once again. Only in this case, the researchers hope to use biotechnology to spur the growth of new sets of teeth to replace those lost over a lifetime.