Posts for category: Dental Procedures
The Benefits of Dental Crowns
A dental crown, used to repair a chipped, cracked or decayed tooth, is a discreet yet attractive way to restore your smile to its original beauty. Family dentist Dr. Scott Terry in North Vernon can fit you with a dental crown that will leave you with a gorgeous smile.
What is a crown?
A crown is a tiny cap, fashioned from porcelain or ceramic, which fits on top of your original tooth to permanently cover the cracked, deteriorating or decayed portion. A crown from our North Vernon office is customized to match the shape, size and color of your original tooth.
When might I need a crown?
Your family dentist in North Vernon may recommend a crown if you have one or more of the following:
- A cracked, chipped or worn down tooth
- A cavity which can't be adequately filled
- Visible damage from a root canal
- A damaged or misshapen tooth
- A severely discolored tooth
- A protruding filling
What are the benefits of a crown?
It can not only improve the appearance of your tooth but its function, making it stronger and less sensitive. A crown may make it more comfortable for you to bite and chew, as well as making brushing and flossing easier.
How will my family dentist apply a crown?
Dr. Terry will prepare your tooth to receive the crown and make an impression of your tooth which will be used to craft your custom crown.
You will leave our North Vernon office with a temporary crown, and have your permanent crown affixed at your next appointment. Dr. Terry will use a durable adhesive to secure your custom crown, which will be adjusted in size and shape as needed to look natural and feel comfortable.
Learn more about the benefits of a dental crown from family dentist, Dr. Scott Terry, by calling our North Vernon office at 812-346-4500 today.
Your tooth is in peril if its innermost layer, the pulp, becomes infected and inflamed. Deep tooth decay, repeated dental procedures or fractures can all expose the pulp and ultimately the roots to infection and lead to tooth loss.
But that scenario isn't inevitable — we can often save the tooth with a root canal treatment. By accessing the tooth's interior through a prepared hole, we're able to clean out the infected tissue in the pulp chamber and root canals, and fill the empty space with a special filling. We then cap the tooth with a custom crown to protect it from a re-infection.
Root canal treatments have a very high success rate — chances are good your tooth will survive for many years afterward. But there's a slight chance the tooth may become re-infected; in that case, a second root canal treatment may be in order.
In a few cases, though, a second root canal may not be advisable, and could even accelerate damage to the tooth. For example, if past dental work resulted in an extensive crown restoration, accessing the root canals the conventional way will require disassembling that restoration. This could weaken the tooth significantly.
We can approach the problem from a different route: instead of accessing the tooth's interior through the crown (the visible part of the tooth), we instead perform a surgical procedure called an apicoectomy, which accesses the tooth at the root end through the gums.
In this procedure we numb the area with local anesthesia and then make a small incision through the gums at the level of the affected root. After access, we remove any diseased tissue around the root and a few millimeters of the root tip itself. We then insert a small filling in its place to seal the canal and prevent further infection. In some cases we may also insert a graft to encourage bone growth and aid in healing.
Over time, the affected area will heal and return to normal function. Even if a traditional root canal treatment can't be used, an apicoectomy could be another option for saving your tooth.
If you would like more information on your options for preserving a problem tooth, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Apicoectomy.”
Every year many parents learn their “tweenager” or teenager needs their bite corrected, often with specialized orthodontics. Imagine, though, if these families could go back in time to when their child’s poor bite was just developing to stop or slow it from forming.
Time travel may still be science fiction, but the approach suggested isn’t. It’s called interceptive orthodontics, a group of techniques and procedures performed during the early stages of jaw development. The focus is usually on getting abnormal jaw growth back on track, enough so that a poor bite won’t form.
The upper jaw, for example, may be growing too narrow, reducing the amount of available space for tooth eruption. If it isn’t corrected, teeth can erupt out of position. To correct it, an orthodontist places a palatal expander in the roof of the child’s mouth (palate). The appliance applies gentle pressure against the inside of the teeth, which stimulates the jaws to develop wider.
The expander works because of a separation in the bones at the center of the palate, which later fuse around puberty. The pressure applied from the expander keeps this gap slightly open; the body then continues to fill the widening expansion with bone, enough over time to widen the jaw. If you wait until puberty, the gap has already fused, and it would have to be reopened surgically to use this technique. Ideally, then, a palatal expander should be employed at a young age.
Not all interceptive techniques are this extensive—some, like a space maintainer, are quite simple. If a primary (baby) tooth is lost prematurely, teeth next to the empty space tend to drift into it and cause the intended permanent tooth to erupt out of place due to a lack of space. To prevent this an orthodontist places a small wire loop within the space to prevent other teeth from moving into it.
These are but two examples of the many methods for stopping or slowing a developing bite problem. To achieve the best outcome, they need to be well-timed. Be sure, then, to have your child undergo an orthodontic evaluation around age 6. If an interceptive orthodontic approach is needed, it could eliminate the need for more extensive—and expensive—treatment later.
One in 700 babies are born each year with a cleft lip, a cleft palate or both. Besides its devastating emotional and social impact, this common birth defect can also jeopardize a child's long-term health. Fortunately, incredible progress has occurred in the last half century repairing cleft defects. Today's children with these birth defects often enter adulthood with a normal appearance and better overall health.
A cleft is a gap in the mouth or face that typically forms during early pregnancy. It often affects the upper lip, the soft and hard palates, the nose or (rarely) the cheek and eye areas. Clefts can form in one or more structures, on one side of the face or on both. Why they form isn't fully understood, but they seem connected to a mother's vitamin deficiencies or to mother-fetus exposure to toxic substances or infections.
Before the 1950s there was little that could be done to repair clefts. That changed with a monumental discovery by Dr. Ralph Millard, a U.S. Navy surgeon stationed in Korea: Reviewing cleft photos, Dr. Millard realized the “missing” tissue wasn't missing—only misplaced. He developed the first technique to utilize this misplaced tissue to repair the cleft.
Today, skilled surgical teams have improved on Dr. Millard's efforts to not only repair the clefts but also restore balance and symmetry to the face. These teams are composed of various oral and dental specialties, including general dentists who care for the patient's teeth and prevent disease during the long repair process.
Cleft repairs are usually done in stages, beginning with initial lip repair around 3-6 months of age and, if necessary, palate repair around 6-12 months. Depending on the nature and degree of the cleft, subsequent surgeries might be needed throughout childhood to “polish” the original repairs, as well as cosmetic dental work like implants, crowns or bridgework.
In addition to the surgical team's skill and artistry, cleft repair also requires courage, strength and perseverance from patients and their parents, and support from extended family and friends. The end result, though, can be truly amazing and well worth the challenging road to get there.
If you would like more information on repairing cleft birth defects, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Cleft Lip & Cleft Palate.”
Getting a new smile doesn’t have to be an elaborate affair. If your teeth have minor to moderate chips, stains or tooth gaps, dental veneers could be the answer. These thin wafers of dental porcelain mask tooth imperfections and completely change your smile’s dynamic—and without a huge impact to your wallet.
To achieve that effect, though, your personal set of veneers will require the expertise of both your dentist and a dental lab technician to design and create your veneers. And while there are numerous considerations in achieving a truly life-like appearance with veneers, one of the most important is their color.
We always associate the color white with teeth. And while it is the dominant hue, actual tooth color is more complex. An individual tooth is comprised of multiple shades and tints, that range in variation from its biting edge to the gums. Likewise, tooth color in general can differ from person to person.
Your dentist must take these individual color variations into account while designing your new veneers, especially if you’ll be getting them for some but not for all your teeth. In that case, it’s important for the veneer color to blend seamlessly with the color of your natural teeth without veneers.
Your new smile expectations and desires are also important and should be considered when designing veneer coloring. For instance, do you want a more natural look—or would you prefer a smile with more “dazzle”? This could have an impact on color.
Your dentist takes all of this information (including your input) and communicates it clearly to the dental lab technician creating the veneers. That process is a combination of both science and artistry, using a variety of techniques to achieve an accurate, life-like texture and color result. For example, a technician may paint the edges of the veneers with a ceramic paste that when cured produces a life-like translucency.
This meticulous attention to color detail is necessary to create beautiful veneers that look natural. If the color is right, you’re sure to enjoy the change your veneers bring to your smile for many years to come.
If you would like more information on transforming your smile with dental veneers, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Porcelain Veneers: Your Smile—Better Than Ever.”