Oral Surgery Services


Dental Implants


Dental Implants

Dental implants are used to replace tooth roots. Implants provide a strong foundation for fixed or removable replacement teeth. Dental implants are small anchors made of biocompatible metal, called titanium, placed in the jawbone. The anchors begin to fuse with the bone over a few months. After the fusing process, known as osseointegration, abutment posts are inserted into the anchors to allow for the attachment of the replacement teeth. To fabricate the replacement teeth, an impression is taken and a model of the bite is created. The replacement teeth are based on this model. Replacement teeth can either be crowns, bridges or dentures.


Wisdom Tooth Removal (3rd Molars)


Wisdom Tooth Removal (3rd Molars)

A wisdom tooth that is deemed problematic is normally extracted to avoid any oral complications. To have a wisdom tooth removed, a small incision is made to open up the gum tissue over the tooth and remove any bone that is covering the tooth. Once the tooth is in view, it is grasped with a dental instrument, known as a forcep, and gently rocked back and forth to loosen it from the jaw bone and surrounding ligaments. Sometimes the tooth may need to be cut into smaller pieces to make it easier for removal. Stitches may be necessary after the removal of a wisdom tooth.

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Impacted Tooth & Tooth Exposure


Impacted Tooth & Tooth Exposure

An impacted tooth is a tooth that fails to fully pass through the gums.

Impacted wisdom and cuspid (or canine) teeth are fairly common. To correct impacted teeth, there are a few treatment options. For impacted wisdom teeth, the most common procedure is extraction. For impacted canine teeth, several treatment modalities are available. Orthodontics (braces) can be used to open space for proper eruption. Primary (baby) teeth can either be extracted or surgically exposed to allow for the placement of an orthodontic bracket to help align the teeth.


Bone Grafting


Bone Grafting

Bone grafting is the replacement or enhancement of bone around teeth. When a tooth is lost, the surrounding bone collapses. Bone grafting is performed to reverse bone loss or enhance existing bone. The grafting material can be taken from parts of the body or from synthetic material. Bone grafting allows for proper support of dental implants or prostheses.


Orthognathic Surgery


Orthognathic Surgery

Orthognathic surgery is done to correct misalignments or other abnormalities in the upper and/or lower jaw.

Orthognathic surgery can involve procedures such as an osteotomy (bone cutting), bone grafts, or distraction osteogenesis (stretching of the bone) and orthodontic (braces) care. Orthognathic correction is conducted in stages, and the course of treatment can last from a few months to a year or more.

In order to perform the procedure successfully, the jawbones will be repositioned in accordance with one’s specific needs. Inconspicuous incisions are usually made inside, and if needed, outside the mouth to allow for surgical plates, screws, wires and rubber bands to be used to hold your jaws in their new positions.

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Oral Pathology and Biopsy


Sinus Lift

Oral and maxillofacial pathology refers to diseases of the mouth and the jaw. Treatment options vary based on the patient’s specific needs.

The smooth, pink skin lining of the mouth is called the mucosa. Abnormalities in the color or texture of this skin can sometimes indicate pathology. Any concerns with the skin in the mouth, a sore that is not healing properly or a lump on the inside of the cheeks, palate, gums or lips, may merit a biopsy so that the tissue sample can be tested for oral cancer. Please do not ignore these warning signs and be sure to mention any concerns you may have during your visit.

Click on the link below to learn more about pathology and to see examples of cancerous and noncancerous lesions. Test your knowledge and become more informed!

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Additional Procedures


A sinus lift is a surgery that adds bone to your upper jaw in the premolar and molar areas of your mouth. To add bone, an incision is made where the premolar and molar teeth were previously located. Once the bone is exposed, a small circular shape is made in the bone to access the sinus. Once the sinus is accessed, the sinus membrane is gently pushed up and away from the upper jaw. Once this is done, bone graft material is placed into the sinus space to change the shape and provide support. Once the bone is in place, the incision is closed and the healing process begins.
Facial trauma involves injuries to the bone, teeth, skin, gums or other soft tissues.

Depending on the type of facial trauma sustained, there are many different treatment options available. The primary goals of treatment are to stop any bleeding from occurring, create a clear airway, repair any broken or fractured bone, and or suture any damaged soft tissue. Treatment is immediate, as long as there are no neck fractures or life-threatening injuries.

The temporomandibular joint (TMJ) is similar to a sliding hinge that connects your jawbone to your skull. TMJ disorders can cause pain in the jaw joint and in the muscles that control jaw movement.

To treat TMJ disorders, first the cause has to be identified. In less severe cases TMJ disorders can be treated with self-managed care (eating soft foods, using ice packs, avoiding extreme jaw movement) or nonsurgical treatments (anti-inflammatory medications, Botox injections, or stabilization splints). In severe cases surgical treatments (jaw joint replacements) may be necessary.

TMJ conditions fall into three main categories:

  • Myofascial pain – discomfort or pain in the muscles that control jaw function.
  • Internal derangement of the joint – a possible indicator of a displaced disc, dislocated jaw, or injury to the condyle.
  • Arthritis – a degenerative inflammatory disorder.
Sleep apnea is a disorder in which one experiences one or more pauses in breathing or shallow breaths while you sleep.

Sleep apnea is an ongoing condition that disrupts sleep. When breathing is paused or becomes shallow, one will often move out of deep sleep and into light sleep, making the quality of sleep poor.

Sleep apnea can be treated with lifestyle changes, mouthpieces, breathing devices, and/or surgery.

For mild sleep apnea, a custom fitted mouthpiece or some lifestyle changes (weight loss, smoking cessation, clearing nasal passages) may be helpful.

For moderate to severe sleep apnea, a breathing device called CPAP (continuous positive airway pressure) or surgery to widen the breathing passages by shrinking, stiffening, or removing excess tissue in the mouth and throat or resetting the lower jaw may be helpful. A CPAP machine uses a mask that fits over your mouth and/or nose and gently blows air into your throat. This air pressure helps keep your airway open while you sleep. Surgery to shrink the tissue involves a small shot into the breathing passages. Surgery to stiffen excess tissue requires a small incision in the tissue and the insertion of a piece of stiff plastic.

A tooth that can not be saved with restorative materials may need to be removed. First, the area will be numbed with anesthesia. The tooth is then loosened with a special dental instrument known as an elevator. After the tooth is loosened from the socket, it is removed. Stitches may be necessary after the removal of a tooth.
IV Sedation/General Anesthesia, uses medications to allow the patient to go to sleep while receiving dental treatment. Surgical patients or patients with high levels of anxiety, or special needs may benefit from IV Sedation/General Anesthesia. The doctor can discuss the benefits of general anesthesia and help patients determine if it is the best choice for them.
Platelet Rich Plasma is a new technique used to assist with tissue regeneration using the patient’s own tissues and centrifugation to minimize healing time and maximize healing potential following procedures.

PRP derives from the centrifugation of a patient’s own blood and contains growth factors that influence wound healing. This is important in tissue repairing mechanisms. The use of PRP in surgical practice could have beneficial outcomes, reducing bleeding and enhancing soft tissue healing and bone regeneration.