Oral Surgeon Racine WI
Oral & Maxillofacial Surgeons are specialists with advanced training and expertise in the diagnosis and treatment of various head and neck conditions and injuries. After four years of dental school, an Oral & Maxillofacial Surgeon completes four to six years of additional formal training in treating the craniomaxillofacial complex. This specialty is one of 9 dental specialties recognized internationally and by the American Dental Association (ADA).
An Oral Maxillofacial Surgeon can diagnose and treat a wide variety conditions. The following are just some of the many conditions, treatments and procedures oral and maxillofacial surgeon deal with on a daily basis:
TMJ, Facial Pain, & Facial Reconstruction
Tooth Extractions & Impacted Teeth
Cleft Lip & Palate
Oral Cancers , Tumors, Cysts, & Biopsies
Facial Cosmetic Surgery
Whether your dentist refers you to our office, you have pain or symptoms causing you concern, or you simply have questions you would like answered, please contact our office today to schedule an appointment. We are here to answer your questions and provide the treatment you deserve!
The teeth are held firmly in place by strong roots that extend into the jawbone. Molars and premolars tend to have several roots, whereas the front incisors only have a single root. The end or tip of each root is termed the apex. The apex is where the nerves and blood vessels enter the tooth, and aids in the delivery of blood to the crown (the part of the tooth you can see in your mouth).
A root canal treatment refers to the cleaning of the canals and the removal of infected and inflamed tissue within the root. When the inflammation or infection persists after the root canal treatment, an apicoectomy may be required. An apicoectomy is essentially the removal of the apex (or root tip), followed by a filling procedure to seal the root from further infection. When left untreated, infected roots can damage other teeth, spread infection, and cause regression of the jawbone.
Reasons for an apicoectomy
Infected and inflamed soft tissue around the root of a tooth can be exceptionally painful and debilitating to the patient. The purpose of an apicoectomy is to eliminate the infection in the tissue and to ultimately preserve the function of the tooth and save it from extraction. An apicoectomy will rarely be considered by the dentist unless a prior root canal treatment has failed.
There are several reasons why an apicoectomy may be necessary:
Small Adjoining Root Branches – Roots are extremely complex and can contain many tiny branches. If these tiny branches cannot be cleaned and sealed when the root canal treatment is performed, inflammation can persist.
Blocked Root Canal – In some cases, the dentist is unable to effectively clean a root canal because it is blocked by a fractured file left behind from prior root canal treatment. Infection and debris can quickly affect adjacent teeth.
Narrow or Curved Root Canals – When the root canal is poorly shaped, the endodontic files cannot reach the root tip. Continuing infection or re-infection can then occur.
What does getting an apicoectomy involve?
Prior to the surgery, the dentist will generally prescribe an antibiotic or anti-inflammatory medication to treat the underlying infection. Panoramic x-rays will then be taken to enable the dentist to plan the apicoectomy, which will be performed under local anesthesia.
The dentist will make a small incision in the gum and expose the root by lifting away the gum. In some cases, a tiny fraction of the jawbone may be removed to properly expose the root. The edge of the root tip and any infected connective tissue will be removed using ultrasonic instruments. The root will be sealed using a retrofill (filling material) and the dentist will suture the gum with several stitches.
This surgery does not require an overnight stay, and full aftercare instructions and pain medications will be provided as needed. After several days, the dentist will remove the stitches, and the connective tissues will fully heal several months after the procedure.
If you are experiencing any signs or symptoms, such as pain or swelling associated with a tooth that has had a root canal, we encourage you to contact our office immediately to schedule an appointment.
Bone grafting is often closely associated with dental restorations such as bridge work and dental implants. In the majority of cases, the success of a restoration procedure can hinge on the height, depth, and width of the jawbone at the implant site. When the jawbone has receded or sustained significant damage, the implant(s) cannot be supported on this unstable foundation and bone grafting is usually recommended for the ensuing restoration.
There are several major factors that affect jaw bone volume:
Periodontal Disease – Periodontal disease can affect and permanently damage the jaw bone that supports the teeth. Affected areas progressively worsen until the teeth become unstable.
Tooth Extraction – Studies have shown that patients who have experienced a tooth extraction subsequently lose 40-60% of the bone surrounding the extraction site during the following three years. Loss of bone results in what is called a “bone defect”.
Injuries and Infections – Dental injuries and other physical injuries resulting from a blow to the jaw can cause the bone to recede. Infections can also cause the jaw bone to recede in a similar way.
Reasons for bone grafts
Bone grafting is a highly successful procedure in most cases. It is also a preferable alternative to having missing teeth, diseased teeth, or tooth deformities. Bone grafting can increase the height or width of the jawbone and fill in voids and defects in the bone.
There are essentially two basic ways in which bone grafting can positively impact the health and stability of the teeth:
Jaw Stabilization – Bone grafting stabilizes and helps restore the jaw foundation for restorative or implant surgery. Deformities can also be corrected and the restructuring of the bone can provide added support.
Preservation – Bone grafting can be used to limit or prevent bone recession following a tooth extraction, periodontal disease, or other invasive processes.
Initially, the dentist will thoroughly examine the affected area in order to assess the general condition of the teeth and gums. If periodontal disease is present or the adjacent teeth are in poor condition, these factors will be fully addressed before the bone grafting procedure can begin. The dentist will also recommend panoramic x-rays in order to assess the precise depth and width of the existing bone. On occasion, a CAT scan may be recommended to determine the bone condition. Depending on these results, the dentist may also anesthetize the area and explore into the gum in order to determine what kind and how much bone is required.
What Does Bone Grafting Involve?
There are several types of bone grafts. Your dentist will determine the best type for your particular condition.
Autogenous Bone Graft – Harvested from the patient’s own body (usually from the posterior part of the lower jaw or the chin). This method is usually preferred because it produces the most predictable results.
Allograft Bone Graft – Cadaver or synthetic bone is used in this type of graft.
Xenograft – Cow bone is used in this type of graft.
The bone grafting procedure can often take several months to complete. Bone is typically harvested from your own body (or on rare occasions obtained from a “bone bank”) and added to the affected site. This bone will fuse with the existing bone and the migration of cells will cause firm adhesion and cell growth. Supplementing the jaw with bone will result in greater bone mass to help support and anchor the implant(s).
During the surgery, the dentist will numb the grafting and extraction sites using local anesthetic. A small incision will be made to prepare the site for the new bone and it will be anchored into place. On occasion, a synthetic membrane may be used to cover the new bone. This membrane prevents soft tissue and bacterial invasions, and encourages new bone growth. The surgery does not require an overnight stay, and you will be provided with comprehensive instructions for your post-operative care. The dentist will prescribe medications to help manage infection, discomfort and swelling.
Cleft lip and cleft palate are two common but markedly different birth defects that affect about one in every 700 newborns. These developmental deformities occur in the first trimester of a woman’s pregnancy; cleft lip in week seven, and cleft palate in week nine. Cleft lip and cleft palate occur simultaneously in about half of all cases, and separately in approximately a quarter of all cases.
A cleft lip is essentially a separation of the two sides of the lip. In many cases, this separation will include the bone and gum of the upper jaw. A cleft palate occurs when the sides of the palate fail to “fuse” as the fetus is developing, which results in an opening in the roof of the mouth.
The cleft deformities are categorized according to their location in the mouth and the size of the defect.
Unilateral Incomplete: A cleft on only one side of the mouth that does not extend as far as the nostril.
Unilateral Complete: A cleft on only one side of the mouth that extends into the corresponding nostril.
Bilateral Complete: Larger clefts affecting both sides of the mouth which each extend as far as the nostril.
Microform Cleft: A mild case of cleft lip which may simply form a bump on the lip, or a small scar line extending toward the nostril.
Reasons for cleft lip and cleft palate correction
Cleft lip and cleft palate are highly treatable deformities, though it may take a whole team of different specialists to fully treat the condition. The prognosis for sufferers who receive corrective treatment is excellent; medically, physically, dentally, and emotionally. There are however, a series of risks for those who do not receive corrective treatment:
Speech – Children born with either cleft deformity are likely to experience speech problems unless treatment is sought. Speech problems are detrimental to a child’s social and emotional development.
Feeding – Babies with a cleft palate or a complete cleft lip have problems drinking milk. The gap means that liquids can pass from the mouth to the nasal cavity. This can be dangerous unless the child is fed sitting upright.
Hearing Loss & Frequent Ear Infections – A cleft palate can cause the eustachian tubes (connecting the throat to the ear) to be incorrectly positioned. The fluid build up which results from this poor positioning can lead to painful middle ear infections. Severe and prolonged ear infections can lead to complete hearing loss.
Dental Issues – Abnormalities in the upper jaw, gum, or arch can cause teeth to become impacted (unable to erupt) or absent completely. The shape of the mouth might not permit proper brushing which can lead to periodontal disease and tooth decay.
What does cleft lip and cleft palate treatment involve?
Initially, surgeons will work to close the cleft openings in the first six months of the child’s life. Unfortunately, this does not cure the dental problems that occur as a result of cleft lip and cleft palate defects. The dentist will perform a thorough examination of the teeth surrounding the deformity. Panoramic x-rays will generally be taken to allow the dentist to determine the best course of treatment.
The dentist may implant teeth to fill resulting gaps, and/or place braces on the teeth in order to correctly align the upper arch. These treatments will restore functionality to the jaw and improve the aesthetic appearance of the smile. Dental restoration work can generally be performed under local anesthetic and will not require an overnight stay.
If your child was born with any cleft deformity, we strongly encourage you to contact our office to schedule a consultation.
Orthognathic surgery refers to the surgical correction needed to fix substantial abnormalities of the maxilla (upper jaw), the mandible (lower jaw), or both. The abnormality may be a birth defect, a growth defect, or the result of traumatic injuries to the jaw area.
Orthognathic surgery is generally performed by an Oral and Maxillofacial Surgeon to correct malocclusion (bad bite) in cases where routine orthodontic treatment has not or will not be effective. Orthognathic surgeries include the reconstruction of the mandible or maxilla, mandibular ramus, maxilla osteotomy, and mandibular osteotomy.
There are several classifications of malocclusion (the improper coming together of teeth) which may require orthognathic surgery:
Class I Occlusion –This malocclusion means that the lower anterior incisors sit directly behind the upper anterior incisors when the patient bites down. This is considered less destructive than Class II and Class III malocclusions.
Class II Malocclusion – This is identified when the lower anterior incisors lie significantly behind the upper anterior incisors during the biting process; in some cases hitting the soft tissue behind the upper incisors. This is commonly referred to as an overbite and can cause discomfort, bone damage, excessive wear of the front teeth, and tooth loss.
Class III Malocclusion – This is commonly known as an underbite and occurs when the lower anterior incisors and lower jaw are positioned beyond the upper teeth, making the lower jaw much more prominent than the upper jaw.
Reasons for orthognathic surgery
The malocclusion of the teeth can create greatly destructive forces among the five powerful muscles that control the closing and opening of the jaw. These muscles generate a tremendous force when clenching, grinding or chewing. Misalignment can seriously damage the function and aesthetic appearance of the teeth in many ways if left untreated, such as:
Tooth Wear – In the case of an overbite, the pressure and wear on the teeth is not spread evenly. This can also lead to TMJ, migraine headaches, and tooth loss.
Chronic Jaw, Muscle Pain & Headache – The misalignment of the teeth alters the way the facial muscles interact. In some cases, the meniscus cartilage which acts as a buffer between the jawbones can be painfully damaged.
Loose Teeth – When uneven pressure is continually exerted in unintended places or soft tissue is damaged by an overbite, adjacent teeth may become loose in their sockets which causes pain and reduces proper function.
Tooth Sensitivity – As teeth become damaged by constant use, the enamel becomes thinner and the nerves are less protected. This lack of protection can lead to sharp pains when hot or cold foods are eaten.
Difficulty Swallowing, Chewing, or Biting Food – Each can be associated with muscle pain and/or poor alignment of the upper and lower jaws.
What does orthognathic surgery involve?
When the dentist identifies a patient as a candidate for orthognathic surgery, a complete photographic analysis is initially undertaken. This includes panorex x-rays, cephalometric x-rays, models, impressions, and radiographs. Your oral & maxillofacial surgeon, your orthodontist and your dentist will work together and consider how the corrective surgery will impact both proper jaw function and the aesthetic appearance of the entire face.
Generally, orthodontic braces are necessary to align the arches and straighten the teeth prior to the surgery, and additionally, retainers may be used after the surgery. During maxillary surgery, the upper jaw is moved and may be secured in position using tiny plates, wires, rubber bands and screws. Surgery on the mandible is performed using bone grafts to align the lower jaw into the correct position. Orthognathic surgery generally requires a general anesthesia and a good deal of aftercare. Pain medication will be prescribed as necessary, and you’ll be given post treatment advice for your recovery. You may also be provided with a modified diet (if required).
Dental implants are a great way to replace missing teeth and also provide a fixed solution to having removable partial or complete dentures. Implants provide excellent support and stability for these dental appliances.
Dental implants are artificial roots and teeth (usually titanium) that are surgically placed into the upper or lower jaw bone by a dentist or Periodontist – a specialist of the gums and supporting bone. The teeth attached to implants are very natural looking and often enhance or restore a patient’s smile!
Dental implants are very strong, stable, and durable and will last many years, but on occasion, they will have to be re-tightened or replaced due to normal wear.
Reasons for dental implants:
Replace one or more missing teeth without affecting adjacent teeth.
Resolve joint pain or bite problems caused by teeth shifting into missing tooth space.
Restore a patient’s confident smile.
Restore chewing, speech, and digestion.
Restore or enhance facial tissues.
Support a bridge or denture, making them more secure and comfortable.
What does getting dental implants involve?
The process of getting implants requires a number of visits over several months.
X-rays and impressions (molds) are taken of the jaw and teeth to determine bone, gum tissue, and spacing available for an implant. While the area is numb, the implant will be surgically placed into the bone and allowed to heal and integrate itself onto the bone for up to six months. Depending on the type of implant, a second surgery may be required in order to place the “post” that will hold the artificial tooth in place. With other implants the post and anchor are already attached and placed at the same time.
After several weeks of healing the artificial teeth are made and fitted to the post portion of the anchor. Because several fittings may be required, this step may take one to two months to complete. After a healing period, the artificial teeth are securely attached to the implant, providing excellent stability and comfort to the patient.
You will receive care instructions when your treatment is completed. Good oral hygiene, eating habits, and regular dental visits will aid in the life of your new implant.
Dental implants offer a natural looking replacement for adult teeth. In addition, implants restore functionality to the jaw, making speaking, eating and chewing easier. Most implants are comprised of a screw that is embedded into the bone, and a post, to which the prosthesis is attached.
Biomet 3i implants are unique because the microsurface of the cone-shaped screw contains an innovative bone-bonding component. This means that implants can be placed in areas with low bone density, sparing the patient the mess and misery of wearing poorly fitting dentures. Additionally, the bone-bonding component means quicker recovery time after the implant is placed.
Why should I choose 3i dental implants?
There are a wide variety of dental implants in the marketplace, but 3i have an almost unparalleled success rate. Almost 98% of 3i implants are fitted successfully and last for a lifetime. 3i implants contain a unique feature, which is embedded in the surface of the screw. Implant screws made by other companies are sprayed with calcium phosphate to enhance the bone integration process. However, 3i screws actually contain calcium phosphate, which means that delamination is less likely to occur.
Additionally, the cone-shaped 3i screw adds precision to the placement of implants and ensures that the final prosthesis is comfortable and can withstand pressure.
Here are some of the other benefits associated with 3i implants:
Better oral health.
Higher success rate.
Multiple 3i implants can be placed during a visit.
No adhesives or mess.
Prevention of bone loss and gum recession.
Sturdy, functional prosthetic teeth.
How are 3i dental implants placed?
The procedure for placing 3i dental implants is similar to many other implant procedures. It is usually performed in two short visits, the first visit being typically an hour in length and the second taking around thirty minutes.
After the dentist has analyzed the X-rays and diagnostic results, the implant root can be inserted. This procedure will be performed under local anesthetic, unless another type of sedation is preferred.
Here is a step-by-step process for the first stage of a 3i dental implant placement:
An incision will be made in the gum tissue to expose the jawbone.
A tiny hole will be drilled into the jawbone to insert the implant into.
The implant will be screwed or tapped into the designated position.
A small temporary stop-cap is placed to cover the implant, and the surgical site is sutured closed.
After approximately 10 days, the sutures will be removed and the dentist will assess the healing process.
Generally, 3i dental implants enhance the healing process, which means that the second treatment phase can be completed around 10-12 weeks after the first.
Here is a brief overview of can be expected at the second appointment:
A local anesthetic will be administered, and a tiny incision will be made to expose the prosthetic root. The temporary stop-cap will be removed and a small post or abutment will be attached to the implant.
When the healing process is complete, the new dental prosthesis (usually a crown) will be created from bite impressions. A tiny screw will be used to secure the prosthesis onto the abutment. Any necessary adjustments will be made to ensure the prosthesis is comfortable, and the 3i dental implant will be secure for a lifetime.
If you have any questions about 3i dental implants, please ask your dentist.
Oral & Maxillofacial Surgeons are specialist trained to manage and treat facial trauma. There are an infinite number of ways in which the face can be damaged and thus need some type of reconstruction. Accidents, falls, automobile crashes and interpersonal violence are among the most common causes. Some of the main types of facial injuries resulting from these instances are lacerations, fractured teeth, fractured jaws, fractured facial bones, knocked out teeth and intraoral lacerations.
There are three main classifications used by health professionals in their trauma assessment:
Soft Tissue Injuries – Soft tissue trauma includes lacerations to the skin and any kind of intraoral (gum) damage.
Avulsed (knocked out) Teeth – Injuries to the teeth are very common and must be dealt with immediately to insure success of reimplantation.
Bony Injuries – This category encompasses the entire face including fractured cheekbones, jaw bones, eye sockets, palates and noses.
Special Regions – Special regions refers to the nerves in the face, the eyes, and the salivary glands.
Reasons for Facial Trauma Reconstruction
Aside from the obvious aesthetic reasons for repairing damage to the face, there are also a number of serious health and dental concerns that can arise from even a small amount of trauma. No facial injury should be taken lightly. Depending on the exact location of the injury, respiration, speech and swallowing can be greatly impaired.
Though broken facial bones are generally treated in the emergency room, damage to the teeth can be quickly dealt with by the dentist. Failure to treat dental and facial trauma can lead to the following longer term problems:
Loss of Functionality: When teeth have fallen victim to trauma, they may become loose in their sockets and make eating and speaking much more difficult.
Smile Aesthetics: Chipped, broken or missing teeth can be detrimental to a beautiful smile. The dentist is able to repair chips, fractures and missing teeth easily.
Bite/Jaw Irregularities: After trauma, it is possible that the teeth will become badly aligned. The poor alignment of the teeth can lead to TMJ, uneven teeth wear and other complications.
What does correcting facial trauma involve?
If facial bones have been fractured or broken, they will be treated in much the same way as any other broken bone. Of course, a plaster cast cannot be applied to a cheekbone, but the bones can be held firmly together by either wiring or the insertion of small plates and screws. Soft tissue lacerations will be treated immediately by way of suture (stitching).
In cases where a tooth has been knocked cleanly out of the mouth, there is still a possibility of reinserting it. The quicker a re-insertion can be performed by the dentist, the greater the likelihood that the natural tooth will survive. In the event that the tooth lacks the ligaments necessary for reinsertion, the dentist can implant a prosthetic tooth to restore both functionality and aesthetic appearance. The dentist can also “splint” displaced teeth using structural support such as bonding or wiring with a good amount of success. Root canal therapy is also a possibility for loose or broken teeth.
Your dentist will conduct a thorough examination and take various x-rays in order to determine the precise condition of the afflicted area and plan a course of action. Pain medication will be prescribed as necessary, and you’ll be given post treatment advice for your recovery.
Humans have two upper (maxillary) canines and two lower (mandibular) canines. Canine teeth are sometimes referred to as cuspids, fangs, or “eye teeth” because of their direct positioning beneath the eyes. Canine teeth have thicker and more conical roots than incisors and thus have an especially firm connection to the jaw. Canine teeth often have the longest root of all teeth in the human mouth and the last to fully erupt and fall into place; often around age 13.
An impacted tooth essentially means that it is blocked, stuck, or unable to fully erupt and function properly. Third molars (wisdom teeth) most commonly fall victim to impaction, but the upper canine is the second most common tooth to become impacted. Wisdom teeth serve no important function in the mouth and are frequently removed; however, impacted canines are critical to the bite and require treatment for the following reasons:
Closing Gaps – Canines are the last of the front teeth to fall into place and therefore close any unsightly gaps between the other upper teeth.
First Touch – Canines play a vital role in the “biting” mechanism of the teeth. They touch first when the jaw closes, and guide the other teeth into position.
Proper Alignment & Function – Canine teeth are essential to the correct alignment and function of the other teeth on the dental arch. Missing or impacted canines can greatly affect the function and aesthetic appearance of the smile.
What causes canine teeth to become impacted?
There are several main causes for impacted canine teeth:
Extra Teeth – If extra teeth are present, the natural eruption of the canine teeth may be inhibited. The eruption progress of the canine may be directly blocked by an extra tooth or the subsequent overcrowding might leave no room on the dental arch for the canine.
Overcrowding – In some cases, poor alignment of the front teeth can lead to overcrowding. The existing teeth compete for space which means that the canines do not have sufficient room to become functional.
Unusual Growths – On rare occasions, unusual growths on the soft tissue of the gums can restrict the progress of canine teeth, which leads to later impaction.
Early and thorough examination of the teeth can pre-empt problems with impacted canines. It is important for the dentist to document the number teeth present when the patient is around 7 years of age in order to record the presence or absence of canine teeth. The older the patient becomes, the less likely it is that an impacted canine tooth will erupt naturally. If canine teeth are missing or very slow in fully erupting, the dentist can make recommendations for proper treatment.
The dentist initially conducts a thorough visual examination of the teeth, accompanied by a panorex x-ray and/or individual x-rays. Once the cause of the impaction has been determined, there will be several treatment options available depending upon the age of the patient. The objective is to aid the eruption of the impacted canines, and this can be skillfully done by the dentist, an oral surgeon, or an orthodontist.
What does the treatment of impacted canines involve?
If your mouth is overcrowded for any reason, the dentist may recommend extraction of teeth. The extraction will generally be performed under local anesthetic by an oral surgeon. The un-erupted canine will then be exposed by lifting the gum, and guided into place using a special bracket.
In the case of younger patients, an orthodontic brace may be fitted to create a space on the dental arch for the impacted canine. Surgery for impacted canines usually does not require an overnight stay. Pain medication will be prescribed as necessary, and you’ll be given post treatment advice for your recovery.
Mini Dental Implants (MDIs) have changed the face of implant placement. Unlike full implant placement where multiple dental visits are required, MDIs eliminate the need for surgery. The development of long term MDIs now allows the dentist to place anchors in the jaw during one noninvasive treatment. The most common use for MDIs is the stabilization of dentures and overdentures. MDIs firmly anchor the dental prosthesis, which means there is no longer any need to suffer with ill-fitting, loose dentures.
MDIs are designed to eliminate bone grafting and expedite treatment. Full implants require significant bone grafting and a recovery period. The latent period allowed the anchor of the implant to properly embed itself into the jawbone. The smaller size of MDIs means that no recovery period is necessary, and the denture can be fitted the same day.
What is the configuration of mini dental implants?
An MDI is a tiny dental implant (similar to a screw) that is designed to act in place of a natural tooth root. MDIs are generally constructed from titanium and are either sprayed with calcium phosphate, or contain it along the length of the screw portion. The design and structure of MDIs promotes quick healing and long lasting results. The head portion of the implant looks very much like a ball. This ball fits firmly into the retaining mechanism and together these structures hold the dentures at a designated level. The dentures sit comfortably on the gum tissue and are able to withstand significant amounts of pressure and natural force.
What are the advantages of MDI placement?
MDIs are a true innovation for people who are reluctant to have invasive dental surgery and for denture wearers. One significant advantage MDIs have over full implants is that they offer a viable treatment choice for patients who have experienced extensive bone loss. Depending on the quality and density of jawbone available at the implant site, four of these mini implants may be implanted at one time. Unlike full implants, MDIs don’t require invasive surgery, which makes MDIs a gentler option. MDIs also minimize cost. Full-sized implants can be expensive to place, especially if many visits are required. The most common use for MDIs is to stabilize a lower denture, however they can be placed anywhere in the mouth.
Here are some of the other advantages associated with MDIs:
Better smelling breath.
Easier chewing and biting.
Firmer denture fit.
High success rate. Less discomfort.
No cutting or sutures.
No need for adhesives or messy bonding agents.
No rotting food beneath the denture.
No slipping, wobbling or discomfort.
Quick treatment time.
How are mini dental implants placed?
The whole mini dental implant placement procedure takes approximately one hour. Generally, in the case of lower jaw implants, four MDIs will be placed about 5mm apart. Prior to inserting MDIs, the dentist will use many diagnostic and planning tools to find the optimal place to implant them.
Here is a brief overview of the MDI placement procedure:
A mild anesthetic is administered.
A small hole is drilled in the jawbone to situate each MDI.
Each implant is screwed into place and tightened with a winged wrench.
Finally, a ratchet wrench is used to fully stabilize the MDIs.
The denture is measured against the mini implants and marks are made to indicate where the MDIs will fit.
The denture is sent to the laboratory to have holes drilled to accommodate the MDIs.
Once the denture has been fully modified, it can be affixed to the MDIs. The rubber O-ring on each MDI snaps into the designated spot on the denture, and the denture then rests snugly on the gum tissue. MDIs hold the denture comfortably in a tight-fitting way for a lifetime.
In almost all cases, no stitching is required and no real discomfort is felt after the procedure. After the denture placement procedure is complete, light eating can be resumed. The denture can be removed and cleaned at will. MDIs enhance the natural beauty of the smile and restore full functionality to the teeth.
If you have any questions or concerns about mini dental implants, please ask your dentist.
An oral exam is routinely performed by the dentist during the course of an initial comprehensive exam and regular check-ups. An oral cancer exam refers to the identification and management of diseases pertaining to the maxillofacial and oral regions.
The soft tissue of the mouth is normally lined with mucosa, which is special type of skin that should appear smooth in texture and pink in color. Any alteration of the color or texture of the mucosa may signal the beginning of a pathologic process. These changes may occur on the face, neck, and areas of the mouth (e.g., gums, tongue, lips, etc.). The most serious of these pathologic changes (which may or may not be painful) is oral cancer, but there are also many other common pathologic problems.
Geographic Tongue – Also known as Benign Migratory Glossitis or Erythema Migrans, is a condition where the tongue is missing papillae (small bumps) in different areas, and a map-like appearance can develop. This condition is usually seen as red well defined areas on or around the sides of the tongue. The red patches (which can look like an unsightly rash) may come and go from hours to months at a time and cause increased sensitivity to certain substances.
Median Palatal Cyst – This cyst is of developmental origin and is essentially a fluid filled skin sac. It usually appears in the middle of the palate and may cause substantial discomfort.
Hairy Tongue – An overgrowth of bacteria or a yeast infection in the mouth which can cause the tongue to appear hairy and black. This condition is usually a result of poor oral hygiene, chronic or extensive use of antibiotics, or radiation treatments to the head or neck. It is often also seen in HIV positive patients and those who are intravenous drug users. Hairy Tongue may or may not require treatment.
Treatment of Pathological Diseases
In the majority of cases, the pathological changes experienced in the oral region are uncomfortable and disfiguring, but not life threatening. However, oral cancer is on the rise (especially among men) and the chances of survival are around 80% if an immediate diagnosis is made.
Oral cancer is a general term used when referring to any type of cancer affecting the tongue, jaw, and lower cheek area. Since it is impossible for the dentist to decisively diagnose a pathological disease without taking a biopsy sample of the affected area, seeking immediate treatment when changes are first noticed might be a life and death decision. For less serious problems, there are several options available, such as:
Antibiotics – In the case of a bacterial infection or persistent soreness, the dentist may prescribe a dose of antibiotics to return the mucosa to its natural state. This will alleviate soreness and discomfort.
Diluted Hydrogen Peroxide – When poor oral hygiene is causing changes to the soft tissue, the dentist may prescribe a diluted hydrogen peroxide mouthwash. This will kill more bacteria than regular mouthwash and improve halitosis (bad breath).
Oral Surgery – If the patient has cysts or abnormal non-cancerous growths, the dentist may decide to completely remove them. This can improve comfort levels, alleviate breathing problems, and make speech substantially easier depending on the location of the cyst.
During the course of a regular check up, the dentist will thoroughly inspect the soft tissue of the mouth and take serious note of any changes. If there are cell changes present, the dentist will take a biopsy of the affected area and send it away to be analyzed by laboratory specialists. When definitive results are obtained, the dentist can decide on the best course of treatment.
Oral Cancer Screenings
An oral cancer screening is usually performed during a comprehensive or recall (check-up) exam. Screening is painless and only takes a few minutes. The dentist or hygienist will use a laser light to assess the soft tissue for cell changes that might be indicative of oral cancer. If such cell changes are present, a small biopsy will be taken and sent to a laboratory for review. If the biopsy indicates that oral cancer is present, an excision (removal) will generally be performed.
If you are experiencing any pain or symptoms that cause you concern, we encourage you to contact us today to schedule an appointment.
Platelet Rich Plasma or PRP is a by-product of blood that is exceptionally rich in platelets. PRP has long been used in hospitals to accelerate the body’s own healing process, but it is only fairly recently that advances in technology have allowed this same technique to be used in the dental office.
The blood platelets perform several essential functions in the body, including blood clot formation and the release of growth factors that help to heal wounds. These growth factors stimulate the stem cells to produce new host tissue as quickly as possible, which is why platelet rich plasma is so effective in the post-treatment healing process.
There are several ways in which PRP can be used in clinical dentistry:
Bone Grafting For Implants – This includes closure of a cleft lip and cleft palate deformities, sinus lifts, ridge augmentation, and both inlay and onlay grafts.
Bone Repair – PRP can be used in facial trauma reconstruction, repairing of defects due to tooth removal, or the removal of growths and cysts.
Fistula Repair – This includes the repair of fistulas between the mouth and the sinus cavity.
Reasons for platelet rich plasma treatment
Platelet rich plasma application is now widely used to expedite the post-procedure healing process and is completely safe. Since the blood used will come from the patient’s own body, disease transmission is not a factor. Almost all patients report a much greater degree of comfort immediately after their procedure. There are also several more distinct advantages of PRP:
Lower Infection Risk – PRP is smeared thickly on the wound after the procedure by the dentist and actually seals the wound away from infectious agents, lowering the risk of problems.
Accelerated Healing – The saturation of the wound with PRP helps increase tissue synthesis due to its growth factors, and this in turn results in faster tissue regeneration. Speedier healing decreases the risk of later infections, complications, and discomfort.
Safety and Convenience – Disease transmission is non-issue since the blood is harvested from the patient’s own blood supply. The amount of blood needed is small and can be collected during a routine outpatient procedure.
What does platelet rich plasma treatment involve?
The dentist will initially assess if your candidate for PRP treatment. Patients with blood clotting disorders will be unable to take advantage of this treatment. A small (about 2 oz) sample of your blood will be collected during a scheduled outpatient treatment. The blood will be placed into a centrifuge to separate the plasma from the red blood cells. A second centrifuge will be used to concentrate the platelets which contain the growth factor.
Immediately after suturing the wound, the dentist will apply the PRP to the surgical area in a high concentration. This will expedite your healing and decrease the amount of discomfort following the surgery. The dentist will provide aftercare instructions pertaining to the surgery and a prescription for pain medication as required.
If you have any questions about treatment with platelet rich plasma or would like to find out if you are a candidate and can benefit from this treatment, please contact our office today to schedule an appointment.
Sleep apnea is a potentially life-threatening sleep disorder characterized by repeated pauses in breathing during sleep. The term sleep apnea is derived from the Greek etymology meaning “without breath”. Breathing pauses can last anywhere from several seconds to minutes, and happen as often as 30 times or more per hour. Ongoing disrupted breathing causes an imbalance between the carbon dioxide and oxygen levels in the bloodstream, as not enough carbon dioxide is exiting and not enough oxygen is entering the body.
Sensing this imbalance, the brain sends a message to the body, telling it to wake up to restart breathing the process. People with sleep apnea will partially awake as they struggle to breathe, and this is often accompanied by loud snoring or choking sensations. Because people with sleep apnea don’t always completely awake during the episodes, they are often unaware they have a sleeping disorder and it can remain undiagnosed.
There are two main types of this disorder; central sleep apnea which occurs when the brain fails to send important signals to the breathing muscles, and obstructive sleep apnea which occurs when air cannot flow through the nose or mouth even though the body is still trying to breathe. Obstructive sleep apnea is far more prevalent and easily treatable by the dentist.
Common signs of obstructive sleep apnea can include severe early morning headaches, sleepiness in the daytime, and insomnia. Fortunately, the dentist is equipped with the necessary technology and expertise to treat sleep apnea in several different ways.
Reason for treating sleep apnea
It is very important to seek medical attention if sleep apnea is suspected. A sufferer can completely stop numerous times per hour, and this can quickly turn into a deadly situation. Obstructive sleep apnea occurs when the soft tissue lying at the back of the patient’s throat collapses into the airway. The tongue then falls towards the back of the throat which tightens the blockage and prevents oxygen from entering the lungs.
The problem worsens when the chest region, diaphragm, and abdomen fight for air. The efforts they make to obtain vital oxygen only cause a further tightening of the blockage. The patient must arouse from deep sleep to tense the tongue and remove the soft tissue from the airway.
Because sleep apnea causes carbon dioxide levels to skyrocket in the blood and oxygen levels to decrease, the heart has to pump harder and faster to compensate for the lack of oxygen. Sleep apnea patients can technically “die” many times each night. Sleep apnea has been linked to a series of serious heart-related conditions, and should be investigated by the dentist at the earliest opportunity.
What does sleep apnea treatment involve?
Initially, the dentist will want to conduct tests in order to investigate, diagnose, and pinpoint a suitable treatment. The dentist can offer many different treatment options which depend largely on the exact diagnosis and the health of the patient. The dentist may advise the patient to halt some habits that aggravate sleep apnea such as smoking, alcohol consumption, and tranquilizer use.
Sleeping masks were traditionally used to keep the patient’s airways open while they slept, but nowadays there are some less intrusive options. Dental devices that gently tease the lower jaw forward are very effective in preventing the tongue from blocking the main air passage. These dental devices are gentle, easy to wear, and often help patients avoid unwanted surgeries.
A more permanent solution is to have surgery that sections the lower jaw and helps pull the bone holding the tongue forward slightly. This surgery has an impressive success rate and is simple for the dentist or oral surgeon to perform. The dentist needs to formally make a diagnosis of each individual case before recommending the best course of action.
Sleep apnea is a serious, sometimes fatal medical disorder that affects around 10% of American men over the age of 40, and 6% of American women of the same age. Sleep apnea sufferers completely stop breathing during sleep, sometimes hundreds of times in a single night. Normal breathing ceases because the airway becomes obstructed, causing a serious reduction of airflow to the lungs.
There are a number of dental devices that can be used to alleviate this condition. The goal of most of these devices is to separate the jaws and push them forward slightly. This slight repositioning opens up the airway, and allows oxygen to flow freely again. Wearers of sleep apnea dental devices report that they stop loud snoring, feel more rested in the daytime, and are much more comfortable going to sleep. Sleep apnea appliances work best on patients who are not significantly overweight. They offer a viable alternative to Continuous Positive Airway Pressure (CPAP).
Sleep apnea appliances fall into two categories: fixed and adjustable. Here are brief descriptions of some commonly used sleep apnea dental appliances:
TAP® 3 (Thornton Adjustable Positioner)
The TAP® 3 is the smallest, most comfortable member of the TAP family. It is a two-part custom-created sleep apnea appliance that fits over the teeth in much the same way as a sports mouthguard. The TAP® 3 projects the jaw forward to prevent the tongue and soft tissues from impeding the airway. The lower jaw positioner is adjustable, which means that it can be altered to suit the comfort level of the wearer. The TAP® 3 appliance can accommodate the three main types of malocclusion, and allows the lips to fully close.
The OASYS appliance is designed to move the base of the tongue toward the front of the mouth by gently repositioning the jawbone (mandible). This shift opens the oropharynx and strengthens the upper airway. An extension of the upper shield projects toward the nose, creating a larger nasal opening and less resistance to normal airflow. This adjustable appliance is comfortable to wear and extremely patient friendly.
The KlearwayTM Appliance is generally used to alleviate obstructive sleep disorder and eliminate snoring. The patient or dentist can project the jaw forwards in increments of .25mm at a time. This ensures maximum comfort for the sleeper. The KlearwayTM appliance is made from VariflexTM heat softening acrylic, which makes it easier to insert. Running warm water over the appliance makes it pliable, but once placed in the desired position, the acrylic hardens again.
Herbst Telescopic Appliance
The Herbst appliance is held in the mouth by clasps and friction grips. It is made of acrylic, and contains adjustable metal wiring. The advantage of this appliance is that the wearer is able to move vertically and laterally without dislodging the appliance. The Herbst appliance is usually used in mild and moderate cases of sleep apnea, and can also alleviate loud snoring effectively.
If you have questions or concerns about sleep apnea appliances, please ask your dentist.
Tempro-Mandibular Joint Dysfunction Syndrome (TMJ) is a common condition affecting a wide variety of people. TMJ is characterized by severe headaches, jaw pain of varying degrees, grinding teeth, and an intermittent ringing in the ears. The vast majority of TMJ sufferers are unaware that the root cause of these problems is something that a dentist can effectively treat.
The symptoms of TMJ are debilitating and can greatly interfere with every day life. The comfort and general well being of the patient is at the heart of the dental practice, so pain relief is the first consideration of the dentist. The dentist is able to test, diagnose, and devise an immediate plan to treat the underlying causes of the TMJ disorder.
Reasons for treating TMJ
TMJ sufferers report that their symptoms generally worsen during periods of prolonged or unexpected stress, and that intense outbreaks of the condition can lead to neck pain and dizziness.
The most common cause of TMJ is the misalignment of the teeth, often called “bad bite.” It is possible for the dentist to realign or adjust the teeth without the need for painful or expensive surgeries. The realignment/adjustment will stop the pounding headaches, the jaw pain, and the dizziness.
The grinding teeth symptom is particularly common and usually occurs at night. The grinding will eventually erode the structure of the teeth and lead to much more severe dental problems in the future. Untreated TMJ is one of the prime underlying factors in eroded jawbones and loose teeth.
It is important for anyone experiencing the symptoms of TMJ to visit the dentist for an exact diagnosis.
What does treating TMJ involve?
TMJ could be a result of several different problems. Bad bite is the most common, but an injury resulting from a blow to the meniscus cartilage is also a possibility. Initially, the dentist will thoroughly examine the jaw area, the patients bite, take x-rays, and review the patient’s history in order to make an accurate diagnosis and recommend necessary treatment.
Once a firm diagnosis is attained, there are several ways in which relief can be provided. A specially molded bite guard can be created to stop teeth grinding during the night. A bite relationship analysis may be recommended by the dentist. The dentist can also provide advice on relaxation techniques which will lessen the effects of stress. As a last alternative, the dentist is also able to prescribe muscle relaxants.
A better option is to change the shape of the teeth and get rid of the bad bite completely, often called “realignment.” This is especially useful because it alleviates TMJ symptoms and may improve the aesthetic appearance of the teeth as well. Realignment involves adjusting the relationship between how the upper teeth come together with the lower teeth. This may require new restorations and/or adjusting the natural teeth as well. It is not a painful procedure, and it is one the dentist has performed with great success numerous times. As with any procedure, the dentist will be happy to answer questions and discuss symptoms, options, and treatments.
If you are experiencing any symptoms of TMJ, we encourage you to contact our office today to schedule an appointment.
Temporomandibular joint disorders (TMJD or TMJ), are notoriously difficult to diagnose and treat. Many of the related symptoms, such as headaches and earaches, often lead doctors to diagnose a sinus condition, as opposed to a problem with the jaw joint. TMJ symptoms often change in severity, depending on how much stress the sufferer is experiencing. During an intensely stressful period, grinding teeth, debilitating earaches and lockjaw may occur. Botox® injections are sometimes an effective and painless way to alleviate tension in the temporomandibular joint; reducing jaw pain, headaches and suffering.
Botox® is commonly associated with cosmetic practices, for example, eliminating glabellar lines and facial wrinkles. Recently however, Botox® has become an increasingly popular TMJ treatment. Although some TMJ symptoms may improve without any specific treatment, Botox® offers fast and long-lasting relief for those that do not.
Here are several of the major benefits Botox® offers TMJ sufferers:
Elimination of headaches caused by nighttime grinding.
Minimization of lockjaw.
Reduced discomfort when using the jaw.
Reduced shoulder and neck pain.
Substantially reduced jaw tension.
How does Botox® work?
The temporomandibular joint is located on both sides of the head where the skull adjoins the jawbone. This joint is constantly being used for a variety of daily activities such as chewing, biting, speaking and swallowing. The most prominent causes of TMJ are jaw displacement and stress-related involuntary jaw movements. Botox® expediently alleviates temporomandibular tension by relaxing the jaw muscles. This means that in most cases, the unconscious jaw movements cease completely, and the grinding-related headaches are kept at bay.
One of the major advantages of Botox® is that normal functions such as speaking, swallowing and biting are left unaffected. The only major change is the reduction in pain and discomfort. In addition, controlling TMJ can also prevent serious dental problems from occurring later. TMJ, if left untreated, can contribute to tooth decay, gum disease and the loosening of teeth.
What’s involved when getting Botox® injections?
Prior to administering Botox® injections, the dentist needs to check the patient’s suitability for treatment. When used in conjunction with certain medications and substances, Botox® may not produce the desired results. It is exceptionally important therefore, to be honest about prior medical history. Botox® is not recommended for pregnant or lactating women.
The Botox® injections take 10-20 minutes to administer, depending on the amount required. The Botox® procedure will be performed at the dental office, since it is non-surgical. Driving ability will not be impaired by the treatment, so there is no need for a designated driver. The injections are no more painful than a bug bite or pinprick, but nitrous oxide (laughing gas) can be used to reduce anxiety if necessary.
Normal activity can be resumed immediately after the Botox® treatment, but strenuous activity should be avoided for 24 hours after treatment. It may take several days to feel the full benefits of the treatment, but Botox® will continue to work for up to 3 months.
If you have any questions or concerns about TMJ or the Botox® treatment, please contact our office.
Third molars, commonly referred to as wisdom teeth, are usually the last four of 32 teeth to erupt (surface) in the mouth, generally making their appearance between the ages of 17 to 25. They are located at the back of the mouth (top and bottom), near the entrance to the throat. The term “wisdom” stems from the idea that the molars surface at a time typically associated with increased maturity or “wisdom”.
In most cases, inadequate space in the mouth does not allow the wisdom teeth to erupt properly and become fully functional. When this happens, the tooth can become impacted (stuck) in an undesirable or potentially harmful position. If left untreated, impacted wisdom teeth can contribute to infection, damage to other teeth, and possibly cysts or tumors.
There are several types, or degrees, of impaction based on the actual depth of the teeth within the jaw:
Soft Tissue Impaction: The upper portion of the tooth (the crown) has penetrated through the bone, but the gingiva (gum) is covering part or all of the tooth’s crown and has not positioned properly around the tooth. Because it is difficult to keep the area clean, food can become trapped below the gum and cause an infection and/or tooth decay, resulting in pain and swelling.
Partial Bony Impaction: The tooth has partially erupted, but a portion of the crown remains submerged below the gum and surrounding jawbone. Again, because it is difficult to keep the area clean, infection will commonly occur.
Complete Bony Impaction: The tooth is completely encased by jawbone. This will require more complex removal techniques.
Reasons to remove wisdom teeth
While not all wisdom teeth require removal, wisdom teeth extractions are most often performed because of an active problem such as pain, swelling, decay or infection, or as a preventative measure to avoid serious problems in the future. If impaction of one or more wisdom teeth is present, and left untreated, a number of potentially harmful outcomes can occur, including:
Damage to nearby teeth: Second molars (the teeth directly in front of the wisdom teeth) can be adversely affected by impacted wisdom teeth, resulting in tooth decay (cavities), periodontal disease (gum disease) and possible bone loss.
Disease: Although uncommon, cysts and tumors can occur in the areas surrounding impacted wisdom teeth.
Infection: Bacteria and food can become trapped under the gum tissue, resulting in an infection. The infection can cause considerable pain and danger.
Tooth Crowding: It has been theorized that impacted wisdom teeth can put pressure on other teeth and cause them to become misaligned (crowded or twisted). This theory isn’t universally accepted by all dental professionals, and it has never been validated by any scientific studies.
Wisdom teeth examination
As with any dental procedure, your dentist will want to initially conduct a thorough examination of the wisdom and surrounding teeth. Panoramic or digital x-rays will be taken in order for your dentist to evaluate the position of the wisdom teeth and determine if a current problem exists, or the likelihood of any potential future problems. The x-rays can also expose additional risk factors, such as deterioration or decay of nearby teeth. Early evaluation and treatment (typically in the mid-teen years) is recommended in order to identify potential problems and to improve the results for patients requiring wisdom teeth extractions. Only after a thorough examination can your dentist provide you with the best options for your particular case.
What does the removal of wisdom teeth involve?
Wisdom teeth removal is a common procedure, generally performed under local anesthesia, intravenous (IV) sedation, or general anesthesia by a specially trained dentist in an office surgery suite. The surgery does not require an overnight stay, and you will be released with post-operative instructions and medication (if necessary), to help manage any swelling or discomfort.