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Getting a cavity seems like delayed punishment for eating that special dessert every weekend or for the few days you forgot to floss. When you are doing everything right with minimal exception and a cavity is diagnosed, it is discouraging. Knowing how cavities form and what causes them is valuable in knowing how to prevent them. In this blog post, Dr. Gary Yanowitz will help you understand cavities!

A cavity is not a one-time event. It is actually a symptom of a disease called caries. Tooth decay is a result of an active infection and condition in the mouth. There are ingredients to this infection, which include bacteria, acid, your tooth, and a food source. The main bacterial culprit is S. Mutans. Bacteria live in a housing structure called biofilm. This offers them protection, food, and an ideal replicating environment.

Biofilm can be healthy if there is a balance of good bacteria. When you have caries, the numbers of “bad” bacteria increase and produce an environment where they thrive and therefore cause tooth decay. A main indicator of this is a pH measurement of your saliva.

Several factors can influence the biofilm pH. Foods and beverages all have different pH levels. The lower the number, the higher the acidity. Since acid promotes tooth decay, a beverage like soda will promote a cavity. Water, being neutral, is a good choice to promote healthy oral pH. Healthy eating can still cause cavities. Here is an example of a highly acidic, yet traditionally healthy meal:

Toast with store-bought strawberry jam, and a cup of cottage cheese topped with fresh cranberries.

Instead, here is a better choice, which involves mixing acidic healthy foods with alkaline (non-acidic) foods to reduce the overall pH:

Toast with almond butter, and Greek yogurt topped with fresh blueberries.

The first example will result in a very low pH in the mouth and even in the rest of the body. The second meal mixes highly acidic blueberries with an alkaline Greek yogurt. Dairy products from cows are highly acidic. Toast is acidic because of the yeast and almonds are alkaline.

A natural buffer is saliva. Whenever mouth breathing or medications compromise the saliva flow, the pH is going to drop and caries can go rampant. Getting a cavity is not just about the sweets or forgotten flossing sessions. It is about the pH levels and bacterial management.

For more helpful tips about how to avoid cavities, contact our Cooper City, FL office.

When you have a tooth extracted, your body immediately sets to work to help protect the affected area. The blood that collects at the site of the extraction clots to cover and protect the wound. This is a normal response, and protects the nerves and bone that have been exposed with the removal of your tooth. Normally, the gum tissue will close over the area within a few weeks.

But sometimes the clot becomes dislodged or moved before you have a chance to heal. The result is that the nerves and bone in the extraction site are exposed to air and outside substances. Bacteria can contaminate the wound and lead to pain, infection, and further damage. This condition is known as dry socket.

There are certain activities that should definitely be avoided so you are not at risk for dry socket.

• Straws and suction: The action of using a straw causes suction that can dislodge the clot. You can still enjoy the soothing coolness of a milkshake, but use a spoon.
• Spitting: You might be tempted to rinse and spit immediately to clean your mouth, but spitting can also dislodge the clot. We will let you know how to clean your mouth and teeth for the next few days.
• Smoking: Not only does smoking provide a suction effect that can remove the clot, but smoking and chewing tobacco can slow healing as well.

There are also steps you can take to aid the healing process.

• Caring for your extraction site

Dr. Gary Yanowitz will give you instructions on caring for your mouth and teeth for the next few days. Gentle care for the extraction site is vital. And treat yourself gently as well. Rest if you need to, and avoid activities that might impact your wound.

• Think about your diet

Stick to soft foods for the first day or so and chew on the side opposite your extraction site. Carbonated and caffeinated beverages should be avoided, as well as food like peanuts or popcorn that lodge in the teeth.

• Watch for symptoms of dry socket

How do you know if you have a dry socket? Monitor your pain and the appearance of the site after the extraction. For the first few days, you might feel some pain in the immediate area. Pain that intensifies after three or four days is usually not a result of the extraction. An unpleasant odor or taste in your mouth could be a sign of dry socket. You might look in the mirror and notice that the clot is no longer there, or appears to have been dislodged. If any of these symptoms occur, call our Cooper City, FL office at once. If you are experiencing dry socket, the extraction site needs to be cleaned and protected from further injury, and we can prescribe antibiotics if needed.

Dry socket is a rare occurrence, but if you have any symptoms that concern you, we want to hear about them. We will work with you to make your extraction go as smoothly as possible. Talk to us about your concerns before any procedure, and we will provide detailed information for the healing process. Keep us in the loop as you recuperate, and we will work together to make your recovery a speedy one.

We’re parents, so we worry. It comes with the job description! That’s why we make sure our children use toothbrushes with soft bristles and apply just the right amount of fluoride toothpaste. That’s why we make regular appointments with their dentists for preventive care and examinations. And that’s why we want to know all about the X-rays that are used in our children’s dental exams.

First of all, it’s reassuring to know that the amount of radiation we are exposed to from a single dental X-ray is very small. A set of bitewing X-rays, for example, exposes us to an amount of radiation that is approximately the same as the amount of radiation we receive from our natural surroundings in a single day.

Even so, dentists are especially careful when children need X-rays, because their bodies are still growing and their cells are developing more rapidly than adults. And children often have different dental needs than adults, which can require different types of imaging.

In addition to the usual X-rays that are taken to discover cavities, fractures, or other problems, young patients might need X-rays:

• To confirm that their teeth and jaws are developing properly
• To make sure, as permanent teeth come in, that baby teeth aren’t interfering with the arrival and position of adult teeth, and that there’s enough space in the jaw to accommodate them
• To plan orthodontic treatment
• To check the progress and placement of wisdom teeth

So, how do dentists make sure your child’s radiation exposure during X-ray procedures is as minimal as possible?

Radiologists, the physicians who specialize in imaging procedures and diagnoses, recommend that all dentists and doctors follow the safety principal known as ALARA: “As Low As Reasonably Achievable.” This means using the lowest X-ray exposure necessary to achieve precise diagnostic results for all dental and medical patients.

Moreover, radiologists are devoted to raising awareness about the latest advances in imaging safety not only for dental and medical practitioners, but for the public, as well. With children in mind, pediatric radiologists from a number of professional associations have joined together to create the Image Gently Alliance, offering specific guidelines for the specific needs of young patients.

And because we are always concerned about the safety of our patients, dental associations around the world, including the American Academy of Pediatric Dentistry, the American Dental Association, the American Dental Hygienists’ Association, the Canadian Academy of Pediatric Dentistry, and the Canadian Dental Hygienists Association, are Image Gently Alliance members.

The guidelines recommended for X-rays and other imaging for young people have been designed to make sure all children have the safest experience possible whenever they visit the dentist or the doctor. As dental professionals, Dr. Gary Yanowitz and our team ensure that imaging is safe and effective in a number of ways:

• We take X-rays only when they are necessary.
• We provide protective gear, such as apron shields and thyroid collars, whenever needed.
• We make use of modern X-ray equipment, for both traditional X-rays and digital X-rays, which exposes patients to a lower amount of radiation than ever before.
• We set exposure times based on each child’s size and age, using the fastest film or digital image receptors.

We know your child’s health and safety are always on your mind, so you’re proactive about dental care. And your child’s health and safety are always on our minds, too, so we’re proactive when it comes to all of our dental procedures available at our Cooper City, FL office.

Please free to talk with Dr. Gary Yanowitz about X-rays and any other imaging we recommend for your child. We want to put your mind at ease, knowing that X-rays will be taken only when necessary, will be geared to your child’s age and weight, and will be used with protective equipment in place. Because ensuring your child’s dental health and safety? That comes with our job description!

It is common to experience dentine hypersensitivity, with symptoms ranging from moderate to severe. Why does it happen and how do you know if this sensitivity is something to be concerned about? The first step is to determine the cause.

The most common cause of the sensitivity is exposure of the dentin. Dentin is the layer immediately surrounding the nerve of the tooth. It is alive and usually covered by the gum tissue. When gum recession is present hypersensitivity is common. Other contributors to temporary tooth hypersensitivity include teeth whitening and dental procedures such as fillings, periodontal treatment, and braces placement or adjustment. These are temporary and should be of no concern.

Permanent hypersensitivity, however, may require treatment. To understand the cause of sustained hypersensitivity, let us explain the structure of dentin and why it serves as a ‘hot spot’.

The dentin contains a large numbers of pores or tubes that run from the outside of the tooth to the nerve in the center. When dentin tubes are exposed, there is a direct connection between the mouth and dental pulp, which houses the nerve and blood supply of the tooth. External stimuli, such as mechanical pressure (tooth grinding or clenching - bruising the ligaments holding the teeth in place), temperature changes, as well as chemical stimuli (sweet–sour) are transmitted to the pain-sensitive dental pulp and activate nerve endings. A short and sharp pain is the result. These external stimuli cause fluid movement in the open tube that is transmitted as pain sensations. Something needs to be placed into the dentin tube to plug it and stop this fluid movement.

The first step in doing something about dental hypersensitivity is to determine the cause; our professional team at Gary Yanowitz, DDS can help you with this. Whether the sensitivity is due to exposed dentin or an underlying cause such as abscess or decay, corrective measures are needed. Contact us sooner rather than later so Dr. Gary Yanowitz can reduce the sensitivity, and provide you with some relief!