Frequently Asked Questions

Here you will find the most common questions and concerns presented by patients over the years. Dr. Massad believes this to be a useful reference for both his patients and fellow practitioners.

Replacing Old Dentures

Although there are no absolutes with regard to when a complete denture should be replaced, healthy conditions dictate that denture should typically be replaced ever four to eight years. The need to replace a complete denture usually is associated with deterioration of the materials used to construct the dentures, or irreversible changes in the contour of the patient's jaws adversely affecting the fit of the dentures.

Each patient's denture needs are different. There are several factors that a qualified dentist must take into account when evaluating a denture for replacement:

Vertical dimension: The linear distance between the upper jaw and the lower jaw is called "vertical dimension". Frequently, The dentists physically measures this distance on a patient in a relaxed, upright posture from a dot placed on the tip patient's nose to a dot placed on the patient's chin. The vertical dimension is unique to ever individual and must be carefully check to assess its appropriateness.

In the years following loss of the natural teeth, the jawbone both changes shape and decrease in overall size. As this occurs, the once accurately fitting complete dentures become loose and unstable. Additionally, the patient may have "lost vertical dimension" which, in laymen's terms, means that the patient's nose and chin may have gotten closer together. Many patients have worn the same complete dentures for extended periods of time and have suffered considerable loss of vertical dimension. Since this loss of vertical dimension is a slow, but progressive phenomenon, the patients may have gradually adapted to their changing condition. Outward signs of the loss of vertical dimension include a shrunken, hollow facial appearance, particularly around the mouth. It is also possible that the temporomandibular joints may be adversely affected and that the patient's ability to function may become compromised.

As a corrective measure, additional pink denture plastic may be added to the inside of a loose denture (called relining a denture) in order to achieve reasonable stability. Unfortunately, relining does not predictably and accurately restore the patient's optimal vertical dimension. Dentists will usually consider it necessary to construct a new complete denture when the vertical dimension has been reduced by 3 millimeters.

Tooth wear: Aside from impaired ability to chew effectively, excess wear of the denture teeth will adversely affect esthetics and contribute to problems associated with lost vertical dimension.

Deterioration of denture materials: While the materials used to fabricate modern dentures are quite durable, the inevitable deterioration, wear, and dimensional changes that occur over time will eventually render the dentures insufficient and in need of replacement. Aging pink denture plastic looses its natural appearance, texture and coloration, making the dentures appear quite artificial. Deteriorating denture plastics may also become excessively contaminated with microorganisms. This may in turn contributes to mouth irritations, bad taste and socially unacceptable odors.

Keeping regular dental check ups with qualified practitioners is necessary to maintain optimal health of the oral soft tissues and jawbone and is essential to extending the life and function of a complete denture.

First time wearing dentures

Without question, conventional complete dentures are a less than perfect replacement for natural teeth. However, over time, complete dentures have been proven to be an effective means of restoring the patient's ability to comfortably smile, chew, swallow and speak. For patients with reasonable expectations, acclamation to new complete dentures can be achieved in a relatively short period of time. One must practice with their new dentures and learn the limitations and compensations need to achieve successful adaptation. The old adage of "learn to walk before you run" certainly applies here!

Some of the common areas of concern for many new complete denture wearers are listed below.

Full feeling: When new dentures are first placed in the mouth, the patient may perceive a feeling of fullness, or a lack of adequate space for the tongue. This is particularly true for patients that have been without natural teeth or prosthetic replacements for extended periods of time. Following a short period of acclamation, the bulky feeling of the new denture will subside. A full sensation may also be apparent to the facial tissues, lips and cheeks. The loss of facial tissue support following loss of the natural teeth can typically be regained with the new denture. The facial tissues adapt rapidly to their new support system as the patient soon realizes improved comfort and esthetics.

Speech difficulty: The sounds we produce during normal conversation are greatly influenced by the position and contours of the oral structures, including teeth. When a new denture is placed, the patient must accommodate to subtle alterations in tooth position and denture base shape relative to their previous oral condition. Minor changes in speech sounds, usually more noticeable to the patient then the general public, are temporary in duration. During the short period of accommodation, the patient should make an effort to speak slowly and clearly, pronouncing words very precisely. The tongue and facial muscles will quickly adapt. It may be useful to read a book or newspaper out loud, carefully pronouncing each word.

Sore spots and irritations: Localized and frequently painful sore spots may develop following placement of a new complete denture. This requires that careful adjustment be made to the dentures. These adjustments may involve subtle grinding on the pink denture plastic in the area of the sore spot, or precise adjustment of the contacts between opposing denture teeth. When sore spots occur, it is important that the patient inform the dentists as soon as possible to have the appropriate correction made. Taking dentures out of the mouth until adjustment can be made may improve the patient's comfort and will limit the extent of the irritation.

Chewing patterns: Just as the patient must re-learn the production of sounds during speech, acclamation to the precise jaw movements required for the effective chewing of food must occur. This may take several weeks. The re-learning process should begin with small pieces of soft food, gradually increasing the food's firmness over several weeks. As a generally rule, improved denture stability during chewing can be achieved if the food is chewed on both sides of the mouth at the same time using only the back teeth. Use of the front the to incise through food typically causes the dentures to loosen and coma away from the gums. Front teeth are considered primarily for esthetics and speech and to a lesser degree for function. Food should not be "bitten off" with the front teeth. Rather, the bolus of food should be held by the dentures, near the corners of the mouth, and torn off by rotating the hand holding food in a downward motion. This will increase chewing efficiency and reduce denture dislodgment.

Psychological well being: A denture patient needs to take control of their situation and keep a positive attitude for optimal results. Working closely with the dentists is very important and essential to the successful adaptation to new complete dentures!

Immediate Dentures

Immediate dentures are placed in the mouth "immediately" following extraction of the remaining teeth, the same day! This approach is used when the patient prefers to leave the dental office with prosthetic replacement for the missing teeth rather than waiting for several months while the extraction sockets heal and a conventional denture is fabricated.

The most optimal approach to immediate denture therapy involves the construction of two separate dentures. The first denture is actually called the immediate denture. This denture will serve as a temporary or interim denture until adequate healing from the tooth extraction has occurred. Following appropriate healing a refined and esthetically enhanced definitive denture can be constructed.

Characteristics of the first (immediate) denture include:

  • Prior to extraction of the front teeth, the back teeth are removed and the extraction site allowed to heal for at least six weeks.

  • Following after adequate healing, an impression is made and the first denture, or the immediate denture, is fabricated.

  • The remaining front teeth are extracted and the immediate denture is placed in the mouth. Wearing the denture immediately following removal of the front teeth is normally no more uncomfortable than going without the denture. Any discomfort is effectively managed with appropriate pain medication. The immediate denture actually functions as a Band Aid, holding tissues together, support clot formation and protecting the extraction sites from debris contamination.

  • Typically, the immediate denture is not removed until the day following tooth extraction, at which time the surgical area is checked and all necessary denture adjustment accomplished.

  • As healing progresses over the next several weeks, the immediate denture will loosen due to changes in the contour of the gums and jawbone. Temporary denture soft liners may be placed in the denture to help maintain reasonable fit during the course of healing. It may be necessary to reline the denture several times during the healing period. Denture adhesives may also be used to assist in denture retention and stability

  • Following adequate healing, the definitive denture is constructed. Prior to construction of the definitive denture an accurate impression of reasonably healed tissues is made. Next, the denture is able to artistically position the denture teeth without interference of the patient's natural teeth, as was to case during construction of the immediate denture.
  • Approximately six months following placement of the definitive denture, it may be necessary to completed a denture reline procedure to accurately adapt the denture to the gums following additional recontouring and healing of the jawbone.
  • The patient should then be evaluated periodically for the need to accomplish additional adjustments or relines. The frequency of relines over the life of the denture is an individual matter unique to each patient and is best determined by a licensed dentist during biannual follow-up examinations.
  • Although not advisable, it is possible to extract all of the teeth, back teeth and front teeth, at one time and insert the immediate denture on the same day. Such an approach is problematic and should be routinely discouraged unless the patient has no other alternatives.
  • A third alternative is to extract all of the teeth at one time and to not place an immediate denture while the extraction sites heal. Because the need for an immediate denture is eliminated with this treatment, this is generally a more economical approach. However, the patient must be without teeth for several months.
  • A patient is never force to be without their front teeth.
  • The immediate denture serves as a "bandage", protecting the tooth extraction site while heal occurs following tooth removal.

A second, definitive denture must be made following adequate healing of the extraction sites. This will increase the overall cost to the patient.

Use Of Denture Adhesives

Some patients report that their denture has adequate retention without the use of adhesives. The need to use denture adhesive is determined by the amount of retention between the denture and underlying tissue. Even on properly constructed and good fitting dentures, the correct use of denture adhesives will further enhance retention between the denture and underlying gum tissues.

Regardless of procedures used during the denture fabrication process, there is always a slight space between the pink denture plastic and the patients' gums. This space is present due to fabrication limitations associated with making new dentures and due to the constantly changing contours of the jawbone over time. Typically, a slight space between the denture plastic and the gums is filled with saliva resulting in an adequately retained denture. However, as this gap increases the denture becomes less retentive and stable.

While this space exists in all dentures and increases with time, optimum denture function and retention may be improved by minimizing this space. Denture adhesives may be used to fill this space and improve denture retention. Additionally, the sticky quality of the denture adhesive provides additional means of denture retention. Both of these factors help to reduce the collection of food debris between the denture and the gums.

Although some patients may prefer powder adhesives, thin paste adhesives may be superior since their viscous consistency is easier to manage and apply. Which ever works best for a particular patient should be used. Pea sized portions of the paste should be placed in jaw ridge and palate portions of the upper denture. A thin film of adhesive will spread across the denture surface as the denture is placed in the mouth. Use the least amount of adhesive needed to do the job is recommended.

When the patient notices that excess amounts of adhesive are required to achieve acceptable retention, an examination by a qualified dentist should be sought and appropriate denture maintenance should be provided.

The patient may need to experiment with how often to apply adhesives. Some apply it before each meal while others function satisfactorily all day with only one application.

It can be difficult to remove the adhesive from the denture. The denture is best cleaned with a denture brush, soap and running water, or with a weak solution of white distilled vinegar in water. All adhesives should be removed from the mouth on a daily basis. Vigorous rinsing with warm water or salt water helps in the removal. It may be necessary to use a soft-bristled toothbrush, or a wash cloth to assist removal from the oral tissues.

  • Effectively fills the gap between a denture plastic and the underlying gums to improve denture retention.
  • Provides a sense of security, even with well fitting dentures, when additional confidence is desired.
  • Facilitates acceptance of new dentures and builds the patient's confidence.
  • Mat reduces food collection between the denture and the gums by sealing the denture borders.
  • May assist the patient in opening their mouth wider for more confident biting and chewing.
  • Decreases the irritation due to denture movement across the gums during habits such as grinding teeth together.
  • May facilitate denture wearing for individuals with persistent dry mouth.
  • Extend the required cleaning time for both the denture and the mouth.
  • The patient may develop a false sense of security with a denture that require professional maintenance and adjustment, or with a denture that should otherwise be replaced.

Soft Denture Liners

A soft liner may be processed to the tissue surface of the denture; that is the surface of the denture that contacts the gums. This material may provide comfort for those patients experiencing considerable pain while wearing a denture made entirely from hard plastic. Patients experiencing pain while chewing swallowing and speaking with hard plastic dentures may have a low threshold for pain. Additionally, their gum tissues may be usually thin and poorly resistant to normal denture forces. When thin gum tissue is compressed between the hard jaw bone and hard denture plastic, pain can result. Replacing the hard denture surface with a soft denture liner may eliminate, or reduce, this painful tissue compression.

Denture liners are typically special medical grade rubber or silicone compounds. In order for the soft liner to function properly, it must be reasonably thick. Therefore, prior to placing a soft liner into a normal hard plastic denture, a specified amount of the pink plastic must be removed from tissue surface of the denture to corresponding to the intended thickness of the soft liner. In removing the specified amount of pink denture plastic prior to placing the soft liner, it is possible that the denture will be structurally weakened. If this occurs it may be necessary to incorporate a metal reinforcing framework within the remaining pink denture plastic.

Following extended periods of normal use, soft denture liners tend to loose their original resiliency and become hard. Frequently, this hardening process is so gradual that patients are not aware of its occurrence. However, hardening of the soft denture liner will eventually lead to problems necessitating evaluation by a qualified dentist.

Soft denture liners are microscopically porous in nature. This porosity contributes to both deterioration of the material and accumulation of microorganisms. When the soft denture liner becomes contaminated with potentially disease causing microorganisms, such as fungi, it may be impossible to decontaminate the soft liner without having to replaced it.

Patients suffering from dry mouth may find it troublesome to wear a typical hard plastic denture. Problems encountered range from pain/irritation secondary to denture rubbing in the absence of adequate saliva lubrication to loss of denture retention due to insufficient saliva between the gums and the denture. While soft denture liners may help these patients, the liners are generally much more difficult to maintain then regular hard denture plastics. Without sufficient quantities of saliva to limit microorganism accumulation, excessive contamination of porous soft denture liner is a problem, particularly when meticulous denture hygiene is not maintained.

  • A soft denture surface for patients with sensitive gum tissues.
  • The soft denture liner will accurately conform to the constantly changing contours of the jawbone surface. While this may helps prevent pain from dentures that have moderately poor tooth contacts, it is not a long-term substitute for regular professional adjustments needed to maintain optimal contact between the denture teeth.
  • Soft denture liners continually deteriorate, harden, and collect microorganisms. They must be replaced on a regular basis, often on an annual basis or more frequently.
  • Because soft denture liners may reduce the pain associated with other denture problems, patients may neglect necessary denture repairs and adjustments. Routine dental check-ups absolutely mandatory, and particularly necessary with soft denture liners.
  • Soft denture liners, and the procedures needed to process them into the denture, are generally more expensive than conventional hard denture liners.

Porcelain Versus Plastic Denture Teeth

In the past, porcelain denture teeth were generally preferred over plastic teeth due to greater durability and improved esthetics. In recent years however, with advances in polymer science, extremely wear resistant plastic denture teeth have overwhelmed the market place. Today, good quality plastic teeth are esthetically indistinguishable form porcelain teeth and the vast majority of dentures are fabricated using plastic teeth. For all practical purposes, the cost of porcelain and plastic teeth remains quite similar.

Balanced bite and force transmission: Contact between the upper and lower denture teeth is formally called denture occlusion. Changes in denture occlusion over time may reflect changes in the jawbone, or alveolar bone, upon which a denture rests. Additionally, changes in denture occlusion may reflect an uneven or exaggerated wear of the denture teeth themselves. Because changes in the supporting alveolar bone and, to a lesser extent, denture teeth are inevitable, frequent modification of the denture is necessary to maintain the proper denture occlusion. Although many theories exist regarding the most appropriate denture occlusion, most suggest that uniform and even contact, or balanced bite or balanced occlusion, is desirable.

Clinical experience may suggest that the increased wear resistance of porcelain denture teeth permit greater stability and maintenance of the denture occlusion. Caution should be exercised when considering this line of thinking since there is no valid, scientifically credible evidence to support this rationale. Some practitioners also believe that porcelain denture teeth tend to transmit the impact of biting forces to the alveolar ridge with greater intensity than that transmitted by plastic teeth. Again, caution should be exercised with regard to this line of thinking since a consensus of scientific evidence is lacking. Some practitioners are of the opinion that this greater force, especially when uneven as in an unbalanced occlusion, may be damaging to the alveolar ridges and could result in accelerated bone loss.
Therefore, unless denture occlusion is checked and balanced on a regular basis, plastic teeth would probably be a preferred choice than porcelain teeth.

Noise: If porcelain denture teeth are vigorously brought into contact or habitually tapped together, a "clacking" sound can be heard. Plastic teeth may muffle this sound during normal function or habit jaw motions.

Tooth strength: Because porcelain teeth are extremely hard, when compared to plastic teeth, they tend to chip and crack easier. When cleaning dentures having porcelain teeth, they should be handled over a sink filled with water or over a towel. Should the denture accidentally fall, the water or towel will cushion the fall and hopefully reduce the risk of tooth breakage.

  • If a patient has successfully worn dentures with porcelain teeth then the new dentures may be constructed using porcelain teeth. However with recent scientific advances in denture tooth plastics, switching to plastic teeth should be considered a reasonable alternative.
  • Regardless of the denture tooth material, successful denture function is strongly influenced by regular profession follow-up examinations to evaluate and maintain optimal balanced occlusion and appropriate fit of the dentures.
  • If a denture is going to be worn against natural teeth in the opposing jaw than plastic teeth should be used. If porcelain denture teeth are used, their extreme hardness will cause excessive wear of the natural teeth.

Denture Breakage/Repair

Modern technology has produced plastics used in denture fabrication that are very durable and exceptionally resilient. However, even the strongest denture plastics are susceptible to both fracture and wearing under certain circumstances. Accidentally dropping the denture onto a hard surface may result in fractures of pink denture base or chipping of the denture teeth. Patients who can generate exceptionally strong biting force or those who subconsciously grind their teeth together may notice a wearing away of the denture tooth material. Vigorous scrubbing of the denture with highly abrasive cleaning agents and overly stiff brushes may result of a slow deterioration of both the denture base and denture teeth making the prosthesis susceptible to fracture.

The construction of a duplicate denture may be considered an insurance policy to be used in the event that the regular denture requires maintenance, or it may be considered the first step in treating a patient who has fractured a denture. The use of a duplicate denture will provide a reasonably acceptable esthetic substitute while the regular denture is being repaired, maintained, or replaced. While the duplicate denture may be fabricated at any time, it is generally made immediately after a new denture is provided to the patient. The duplicate denture is not as accurate, or as esthetic, or as durable as the original denture, but it is adequate and is only intended for short-term use. Because of the way the duplicate denture is constructed, its cost is generally considerably less than the original denture. The duplicate denture should be adjusted or relined on an annual basis, just as the original denture is maintained, so as to be ready for use at a moment's notice.

However, some patients elect to have their duplicate denture relined and/or adjusted only when they need to wear it. Following this course of treatment means that the patient may have to wait to wear their duplicate denture until an appointment can be scheduled with a dentist to complete the necessary reline and/or adjustments. Luckily, the reline of a duplicate denture can be completed in the dentist's office during a single appointment so that the patient can leave with an adequately fitting and comfortable prosthesis.

All dentures require periodic maintenance to accommodate for constantly changing conditions of the edentulous jaws. Periodic maintenance may also be required to maintain, repair, or replace the materials that make up the denture following normal deterioration or catastrophic fracture of the prosthesis. While some denture relines may be completed during one office visit, more durable relines require that a dentist keep the denture for longer periods of time. For example, replacing all the pink plastic portion of the denture, a process referred to as a rebase, may take several days. If the patient is in possession of a duplicate denture, the need to complete this lengthy maintenance procedure can be accomplished without causing embarrassment to the patient.

Dry Mouth And The Denture Patient

Persistent dry mouth, commonly referred to as xerostomia, can adversely affect the patient's ability to comfortably and functionally manage their dentures.

In order for dentures to be comfortably stable in the mouth, intimate contact between the dentures and the underlying gums must be achieved and maintained during chewing, swallowing, and speaking. The presence of an adequate amount and consistency of saliva between the dentures and gums is essential. When the dentures fits accurately, the physical adherence of saliva to the denture and to the gums provides a substantial force which aids in denture retention and stability. Additionally, in the absence of saliva's the lubricating effects, the gum, cheek and lip tissues may become irritated as the dentures move during chewing, swallowing and speaking.

Medications: Many commonly prescribed medications, particularly in elderly individuals, have xerostomia as a possible side effect. This problem is readily compounded when the patients is taking multiple prescription medications.

Aging: Salivary flow may diminish in some individuals with age. However, concomitant treatment with multiple medications may also be an overriding factor in the elderly population. Illnesses: Specific illnesses and disease processes are associated with xerostomia, such as chronic diarrhea, liver dysfunction, diabetes, anemia, Sjogren's syndrome, and so forth.

Radiation therapy: The radiation treatment of cancer patients, particularly when affected areas involve the head and neck regions, may result in dry mouth. The type and amount of radiation used will determine the extent of damage caused to the oral salivary glands and, in turn, the degree of saliva reduction.

Oral habits: Chronic mouth breathing and inadequate fluid consumption are very common causes of xerostomia.

Appropriate management of dry mouth requires that the problem be clearly understood and that its cause be determined. If possible, the factors causing of the dry oral condition should be eliminated. However, when this is not possible, and the condition is persistent and progressive, alternative approaches must be taken. Several of the possible approaches to managing xerostomia, include:

Modify medications: If a certain medication is suspected of causing xerostomia, consultation with the patient's physician may permit substitution to an equally effective drug that does not cause dry mouth, or causes it to a lesser extent. Unfortunately, drug substitution is often not possible. Under no circumstances should a patient discontinue or attempt to change a medication without the approval of their physician. To do otherwise may result in serious complications, illness, or death.

Sialagogues: These substances stimulate the production of saliva. There are basically two forms of sialagogues. Gustatory sialagogues, such as sugar-free hard candies, will frequently cause some increase in salivation. Citrus flavored, sugar-free hard candies, such as lemon, are sometimes more effective than others. While sugar free gum, specially formulated to avoid sticking to dentures, has been recommended for the stimulation of saliva production, the process of chewing gum may irritate already poorly lubricated tissues by inducing denture movement. Pharmaceutical sialagogues, which are in the parasympathomimetic class of drugs, may improve saliva production, but must be prescribed by a physician. However, the patient's health status must permit the use of these medications.

Salivary substitutes: Solutions are commercially available that help keep the mouth moist and lubricated. Frequent application of these solutions is necessary thus requiring that the patient have the saliva substitute with them at all times. Water: Water is often used to moisten dry oral tissues in place of more expensive, commercially available salivary substitutes. Regularly drinking of small amounts of water may both hydrate tissues and facilitate some increase in saliva production. While increased intake of water is generally considered healthy, individuals with specific medical conditions such as, but not limited to, congestive heart failure should first check with their physician before increasing their routine consumption of water.

Those patients who are not able to comfortably wear conventional dentures, due to severe xerostomia, should consider implant-supported dentures. The increased denture stability offered by dental implants may reduce tissue irritation caused by movement of the denture during chewing, swallowing and speaking. These patients should understand that when dental implants are used to support dentures, intense oral hygiene practices are required to maintain healthy implants in the presence of reduced salivary production. Consultation with a qualified dentist will help the patient determine which treatment approach is best for them.

Comprehensive Denture Check-Ups

Routine, periodic and comprehensive examinations provided by a dentist are essential to ensure the continued proper functioning of the denture, and to provide all needed maintenance for total oral health.

There are several reasons not to overlook the importance of scheduling periodic examinations of your denture:

It may loosen! As is frequently observed, the jawbone, or alveolar ridges, shrink in size and become smaller due to gradual but continuing bone loss. This process is known as bone resorption. Resorption is an inevitable occurrence following loss of all of the natural teeth, but will vary in degree between different individuals. The result of continued bone while wearing a denture is that the denture will fit less accurately and become increasingly loose.

It may wear! During normal use, the denture teeth will eventually show signs of wear. The degree of wear of the denture teeth may be accelerated if the patient unconsciously grinds, or bruxes, the teeth together. In addition, uneven and irregular tooth wear may develop if the denture shifts in the patient's mouth as it becomes loose due to progressive alveolar ridge resorption. Unfortunately, continued uneven and irregular denture tooth wear will result in further shifting of the denture, potentially accelerating normal ridge resorption.

It may cause sore spots! With loosening of the denture and wear of the denture teeth, the shifting of the denture against the underlying gum tissue frequently results in rubs, chafes, or abrasions on the gums. Resulting irritation and soreness may be associated with various types of pathology, including accelerated bone loss. This is a gradual, unrelenting process that may result in progressive bone loss, thinning of overlying gum tissues and the need to prematurely replace a denture.

If these problems are detected during routine, periodic and comprehensive examinations, corrective intervention may prevent damage to the alveolar ridges and/or dentures. Problems identified during routine examination may be treated by adding plastic to the inside of a denture to reestablish an accurate fit between the denture and the underlying alveolar ridge. This corrective process is called relining or rebasing the denture. In addition, irregularly worn teeth may be adjusted, replaced, or rebuilt. Eventually, through routine dental examination, the dentures may be identified as having deteriorated to an extent that requires the construction of new dentures in order to achieve optimal oral health and function.

Periodic adjustment of the dentures may be indicated to maintain a proper relationship between the upper and the lower jaws. When indicated, this type of adjustment may help to improve esthetics. Keeping the jaws in a proper functional relationship may provide optimal support to the facial tissues and help prevent the appearance of premature aging.

The temporomandibular joints, or TMJs, are the joints located in front of each ear. They may undergo constant change in shape throughout life by a process called bone remodeling. This process is a functional response. If improper jaw function occurs, as a result of improperly fitting dentures or an inaccurate bite, it is possible for the TMJs to remodel into an unhealthy relationship. This could result in impaired jaw function, headaches and other head and neck pains.

More importantly than identifying and correcting denture problems during the routine dental examination, is the opportunity to detect serious oral conditions, such as cancer, that may have far greater consequences for the patient. Discovered at an early stage, cancer may be treatable.