Miscellaneous

Orthodontic Glossary

Anything that is attached to your teeth that moves your teeth or corrects your bite.

A wire engaged in orthodontic attachments, affixed to the crowns of two or more teeth and guides the direction of tooth movement.

An orthodontic attachment made of metal, ceramic or plastic that holds the archwire against each tooth. The archwire fits into a slot in the bracket. Brackets may be attached directly to each tooth or to a band.

An orthodontic attachment made of metal, ceramic or plastic that holds the archwire against each tooth. The archwire fits into a slot in the bracket. Brackets may be attached directly to each tooth or to a band.

Crystalline, alumina, tooth-shade or clear synthetic sapphire brackets that are aesthetically more attractive than conventional metal attachments.

An elastic chain that is used to hold the archwires onto the brackets.

The coil spring fits between brackets and over the archwire.

The removal of cemented orthodontic bands.

A tiny rubber ring that ties the archwire into the bracket. Found in numerous colors for better appearance.

A permanent retainer that is bonded to the back side of the front teeth to keep the teeth from shifting from their new position.

Generic term for extraoral traction (attached around the back side of the head) for growth modification, tooth movement and anchorage.

Fixed or removable appliance designed commonly for overbite problems.

An imprint or mold of the teeth used to design an orthodontic treatment plan.

Interceptive treatment, also known as early treatment, is limited orthodontic treatment usually performed between the ages of 6 and 10. This phase of treatment makes future orthodontic treatment faster and less invasive.

Orthodontic appliances fixed to the interior (tongue) side of teeth.

A growth appliance that helps correct overbites by positioning the patient's lower jaw forward.

Of or pertaining to the upper jaw. May be used to describe teeth, dental restorations, orthodontic appliances or facial structures.

A mouthpiece that is tailored to provide protection to the braces and teeth while the patient is playing a sport.

Attached to the upper molars through bonding or by cemented bands, the palatal expander is used to create a wider space in the upper jaw.

A permanent image, typically on film, produced by ionizing radiation. Sometimes called an X-ray after the most common source of image-producing radiation.

An orthodontic appliance, worn in the mouth, that is designed to harness the forces of growth and development as well as muscular activity in the jaw to help correct bite problems. Some examples include the Activator, Bionator, Twin Block and Herbst appliances.

Any orthodontic appliance, fixed or removable, used to maintain the position of the teeth following corrective treatment.

Small elastics that fit snugly between certain teeth to move them slightly so bands can be placed around them later.

The bony plate, covered by soft tissue, which forms the "roof" of your mouth.

Patients are instructed to place wax over a bracket or poking wire that is causing irritation to the lip or cheek.

Appliance

Anything that is attached to your teeth that moves your teeth or corrects your bite.

Archwire

A wire engaged in orthodontic attachments, affixed to the crowns of two or more teeth and guides the direction of tooth movement.

Band(orthodontic)

An orthodontic attachment made of metal, ceramic or plastic that holds the archwire against each tooth. The archwire fits into a slot in the bracket. Brackets may be attached directly to each tooth or to a band.

Bracket

An orthodontic attachment made of metal, ceramic or plastic that holds the archwire against each tooth. The archwire fits into a slot in the bracket. Brackets may be attached directly to each tooth or to a band.

Ceramic Brackets

Crystalline, alumina, tooth-shade or clear synthetic sapphire brackets that are aesthetically more attractive than conventional metal attachments.

Chain

An elastic chain that is used to hold the archwires onto the brackets.

Coil Spring

The coil spring fits between brackets and over the archwire.

Debanding

The removal of cemented orthodontic bands.

Elastics (Rubber Bands)

A tiny rubber ring that ties the archwire into the bracket. Found in numerous colors for better appearance.

Fixed Retainer

A permanent retainer that is bonded to the back side of the front teeth to keep the teeth from shifting from their new position.

Headgear

Generic term for extraoral traction (attached around the back side of the head) for growth modification, tooth movement and anchorage.

Herbst appliance

Fixed or removable appliance designed commonly for overbite problems.

Impressions

An imprint or mold of the teeth used to design an orthodontic treatment plan.

Interceptive Treatment

Interceptive treatment, also known as early treatment, is limited orthodontic treatment usually performed between the ages of 6 and 10. This phase of treatment makes future orthodontic treatment faster and less invasive.

Lingual Appliances

Orthodontic appliances fixed to the interior (tongue) side of teeth.

MARA appliance

A growth appliance that helps correct overbites by positioning the patient's lower jaw forward.

Maxillary

Of or pertaining to the upper jaw. May be used to describe teeth, dental restorations, orthodontic appliances or facial structures.

Mouthguard

A mouthpiece that is tailored to provide protection to the braces and teeth while the patient is playing a sport.

Palatal Expander

Attached to the upper molars through bonding or by cemented bands, the palatal expander is used to create a wider space in the upper jaw.

Radiograph

A permanent image, typically on film, produced by ionizing radiation. Sometimes called an X-ray after the most common source of image-producing radiation.

Functional Appliance

An orthodontic appliance, worn in the mouth, that is designed to harness the forces of growth and development as well as muscular activity in the jaw to help correct bite problems. Some examples include the Activator, Bionator, Twin Block and Herbst appliances.

Retainer

Any orthodontic appliance, fixed or removable, used to maintain the position of the teeth following corrective treatment.

Separator (Spacer)

Small elastics that fit snugly between certain teeth to move them slightly so bands can be placed around them later.

Hard Palate

The bony plate, covered by soft tissue, which forms the "roof" of your mouth.

Wax

Patients are instructed to place wax over a bracket or poking wire that is causing irritation to the lip or cheek.

Elastics (Rubber Bands)

elastic

Orthodontic elastics, also referred to as rubber bands, are small stretchy loops of latex that help move teeth into proper alignment during orthodontic treatment. Their purpose is to create additional force for tooth movement in any of the three dimensions — up or down, back and forth, side to side — that is more difficult using braces alone.

Elastics attach to tiny hooks on traditional braces or buttons created for this purpose on clear aligners (Invisalign®). The bands may stretch from upper jaw to lower jaw, or be connected to teeth in the same jaw. These connection points are carefully determined to create the desired movement of individual teeth or groups of teeth, while preventing other teeth from moving out of alignment.

Likewise, the rubber band must be stretched in a precise pattern. For example, it may hook to one upper tooth and two lower teeth, creating a triangle shape. It may attach to four teeth, creating a box pattern. Or it may simply stretch between one upper tooth and one lower tooth on a diagonal. The important thing is that you attach them exactly as instructed. Wearing them incorrectly can prevent the teeth from moving, or create unwanted movement. If you have any questions about how to attach your elastics correctly, please don't hesitate to ask.

Important Things to Remember About Rubber Bands

The most important thing to remember is that treatment with orthodontic elastics can only be successful if the rubber bands are worn continuously as directed. They should only be removed for eating or brushing your teeth.  If you wear Invisalign, you already are used to a similar type of routine. If you wear traditional braces, however, assuming this new level of responsibility for the success of your own treatment may be new. But it will be well worth the extra effort!

When you first start to wear elastics, you may experience some soreness. This is normal, and should go away in a few days. Please do not remove the elastics to relieve the soreness — this will only prevent your teeth from moving as desired, while delaying you from reaching the point when you will feel better! Likewise, don't double up on elastics, thinking that this will move your teeth faster. It won't! The various stages of your treatment have been precisely planned and designed specifically for you, to give you the best smile possible.

Here are some other helpful tips:

  • facebook Carry extra elastics with you at all times. That way, if one breaks or gets lost, you'll be ready
  • facebook If you run out of elastics, don't wait until your next appointment to get more; stop in to the office right away.
  • facebook Always wash your hands before putting in or taking out elastics.
  • facebook Contact us if you have any questions about elastics, or any other aspect of your treatment.

Oral Muscle Therapy (OMT)

omt

When it comes to keeping your mouth healthy and your smile bright, dentists may be the first health care professionals you think of. But for certain orthodontic problems, we may recommend a team approach that involves consulting a professional in another field. For example, when a persistent habit like tongue thrusting is causing trouble with your child's bite, it may be time to pay a visit to an orofacial myologist. If you haven't heard of this specialist, you're not alone. Let's take a closer look at how the muscles in your mouth work together, how problems in this area may develop, and how they can be fixed.

Your oral cavity is surrounded by many muscles, including those that control facial expression, speech, mastication (chewing), and swallowing. One of the largest is the tongue, which has a prominent role in speaking and swallowing. In a normal, relaxed posture, the tip of the tongue touches the upper palate (roof of the mouth), the top and bottom teeth aren't in contact, and breathing is done through the nose. But in some people, this posture doesn't occur naturally. Instead, the tongue may rest on the "floor" of the mouth, allowing too much open space above; or it may be positioned too far forward, even protruding between the front teeth (tongue thrusting). Either of these postures can spell trouble for the bite.

The Trouble With Tongue Thrusting

Tongue thrusting is a behavioral pattern sometimes found in children, where the tongue is habitually pressed against the front teeth. A related behavior, called the infantile swallowing pattern, occurs when the tongue is thrust into the gap between the front teeth while swallowing; this is a normal phase of development, but is usually replaced by the adult swallowing pattern around age four. Tongue thrusting may be instigated by many factors, including airway obstructions, low tongue posture, or anatomical irregularities. Once this behavior becomes a habit, it can cause serious bite problems.

Over time, the slight, constant pressure of the tongue against the front teeth may be enough to push them forward and out of alignment. In severe cases, it can result in an open bite — a situation where the front teeth don't come together or overlap when the mouth is closed, but instead leave an open gap in the front of the mouth. This type of malocclusion (bite problem) not only detracts from the appearance of the smile — it may also make it difficult to speak, chew, and swallow properly. Correcting an open bite often requires extensive orthodontic work.

toungue-thrusting

If tongue thrusting continues after orthodontic treatment is completed, the harmful habit may undo months of work; in a relatively short time, it can change the newly straightened smile back to the way it was before treatment. In fact, many young people are first referred for oral muscle therapy, technically called Orofacial Myofunctional Therapy (OMT), as their orthodontic work is being wrapped up. In other instances, OMT is recommended for treating habitual mouth breathing, persistent thumb sucking, and other conditions that affect speech, eating, and oral health.

orafacial

How Orofacial Myofunctional Therapy Works

The goal of OMT is to re-train the facial muscles (including the tongue) to habitually assume the proper resting posture. A health care professional called an orofacial myologist may employ various approaches to achieve this goal, including exercises for the oral muscles combined with motivational techniques that use positive reinforcement. Some exercises are designed to accustom the tongue to resting on the proper spot on the palate; others promote good muscle tone and lip strength. An orofacial myologist may also help train your child to use the adult swallowing pattern, and encourage him or her to replace harmful habits with healthier behavior patterns.

Rather than being a one-size-fits-all treatment, orofacial myofunctional therapy is tailored to each individual's needs. Following a thorough evaluation, OMT uses age-appropriate techniques (and rewards) to bring about positive changes in behavior. As therapy progresses, exercises learned in the office are often practiced at home in front of a mirror. Simple tools, such as tongue depressors, dental elastics, or even healthy snack foods, are sometimes used to help young patients develop good oral behaviors. While every situation is different, OMT typically brings improvement in a period of weeks, and is generally completed in 15-17 sessions.

Orofacial myofunctional therapy is an established treatment method that can be beneficial in a number of situations. If you have questions about OMT or would like more information or a referral, please contact our office.

Temporary Anchorage Devices (TADs)

tad

Temporary Anchorage Devices (TADS) are small, screw-like dental implants made of a titanium alloy. As the name implies, they're temporary — they usually remain in place during some months of treatment, and then they are removed. Their function is to provide a stable anchorage — that is, a fixed point around which other things (namely, teeth) can be moved. But why is anchorage so important?

Moving teeth in the jaw has been compared to moving a stick through the sand. With the application of force, sand moves aside in front of the stick, and fills up the space behind. The "sand" in this case consists of bone cells and cells of the periodontal ligament, which attaches the tooth to the bone. These tissues slowly move aside and reform as force is applied to them by orthodontic appliances, such as wires and elastics.

But to do its work, that force needs a fixed point to push against. For example, imagine trying to move the stick while you're floating free in the water: Not so easy! But with two feet firmly planted in the sand, you can do it. When possible, orthodontists use the back teeth as an anchor — but sometimes, cumbersome headgear may be required to provide the necessary anchorage. In many cases, using TADS can change that.

What TADS Can Do

While it's generally preferred, the use of teeth as orthodontic anchors can have drawbacks in some cases. For example, there may not be a viable tooth located at the point where an anchor is needed. Also, when a greater force is required, the teeth used as anchors can themselves start to move. This is one instance where TADS are beneficial: These mini-implants can eliminate the need to use teeth as anchors, or stabilize a tooth that's being used as such.

TADS can also provide an anchorage point for a pushing or pulling force that would otherwise need to be applied from outside the mouth: generally, via orthodontic headgear. Wearing headgear can be uncomfortable, and compliance is sometimes a problem. In many situations TADS can eliminate the need for headgear, a welcome development for many patients. The use of TADS offers other benefits as well: It may shorten overall treatment time, eliminate the need to wear elastics (rubber bands) — and in some cases, even make certain oral surgeries unnecessary. It also allows orthodontists to take on complex cases, which might formerly have proved very difficult to treat. This small device can really do a big job!

tad-device2
maintaining-tad

Getting and Maintaining TADS

Like dental implants (which have been in use since the 1970s) TADS are small, screw-like devices that are placed into the bone of the jaw. Unlike implants, however, they don't always need to become integrated with the bone itself: They can be fixed in place by mechanical forces alone. Plus, they're much easier to put in and remove when treatment is complete. How easy?

Placing and removing TADS is a minimally-invasive, pain-free procedure. After the area being treated is numbed (with an injection or other numbing treatment), a patient feels only gentle pressure as the device is inserted. The whole process can take just minutes to complete. Afterwards, an over-the-counter pain reliever can be taken if needed — but many patients need no pain reliever at all. And taking TADS out is even easier. So if you're worried that it may be a painful procedure: Relax! It's far less stressful than you may think.

While they're in place, TADS require minimal maintenance. Generally, they should be brushed twice daily with a soft toothbrush dipped in an antimicrobial solution. We will give you specific instructions regarding maintenance when your TADS are placed.

Not every orthodontic patient needs TADS — but for those who do, it's a treatment option that offers some clear benefits.

Mission