Surgical care, thoughtfully delivered.

A full spectrum of comfort options, matched to the procedure.

Modern oral surgery is no longer something to dread. At Apex, comfort begins with choice — the depth of relaxation is tailored to your procedure, your medical history, and your personal preference. Local anesthesia gently numbs only the surgical site while you remain fully awake. Nitrous oxide ("laughing gas") layers in light, dreamy relaxation that lifts within minutes. Oral sedation, taken as a pill before the appointment, takes the edge off anxiety. And IV sedation — our most popular option for surgical procedures — delivers medication directly into a vein for a smooth, controlled experience that most patients have no memory of afterward.

When sedation makes sense.

Patients turn to sedation for many reasons: longstanding dental anxiety, a sensitive gag reflex, traumatic past experiences, lengthy or multi-quadrant procedures, complex surgical anatomy, or simply the wish to "wake up and be done." We carefully review your full medical history — including current medications, prior anesthesia experiences, and conditions such as obstructive sleep apnea, cardiac disease, or pregnancy — to recommend the safest, most appropriate level of care. As board-certified oral and maxillofacial surgeons, our team is fully licensed in anesthesia delivery, advanced airway management, and emergency response, with continuing education that exceeds the standards required of general dentists.

Continuous monitoring, second by second.

For deeper sedation, you'll receive specific fasting and medication instructions in advance. On the day of surgery, continuous monitors — pulse oximetry, blood pressure, EKG, and capnography — track every breath and heartbeat. A small IV is started, and within moments of the medication entering, a warm, settled feeling washes over you. Surgery begins, and the next thing most patients remember is sitting up in the chair — sometimes asking when we're going to start. A dedicated team member remains at your side throughout, monitoring vitals continuously.

Plan to take the day off.

Grogginess after IV sedation is the rule, not the exception — and it's by design. The medications are short-acting, but residual effects can linger for several hours. A responsible adult must drive you home and remain with you for the rest of the day. For 24 hours, no driving, operating machinery, alcohol, or making important decisions. Begin with cool, clear liquids and advance to soft foods as tolerated. Some patients feel emotional, hungry, or simply "off" the day of — all normal. By the next morning, most feel like themselves again.

Atraumatic technique, with the future in mind.

When a tooth is beyond restoration, removing it carefully — and preserving the bone and soft tissue around it — is just as important as the extraction itself. Our approach favors atraumatic technique: we use specialized instruments and gentle controlled forces to release the tooth from its ligament rather than relying on aggressive leverage. This protects the surrounding bone, which matters greatly if you may want a dental implant later. When indicated, a small amount of bone graft can be placed into the empty socket at the time of extraction to maintain ridge volume, often called socket preservation.

When extraction becomes the right choice.

Common reasons include severe tooth decay that has reached or compromised the nerve, advanced periodontal (gum) disease that has eroded the bone supporting the tooth, vertical root fractures that cannot be repaired, recurrent infection that has not responded to root canal therapy, and orthodontic crowding requiring strategic removal. We always discuss the alternatives — a tooth that can be saved usually should be — and weigh the long-term implications of removal versus other treatment paths.

Pressure, never pain.

Local anesthesia is administered first, and we confirm complete numbness before beginning. You'll feel firm pressure and slow, deliberate movement as the tooth is loosened — but no sharp pain. For more complex situations, sedation is available. Once the tooth is removed, the socket is gently cleaned, and any planned bone graft or membrane is placed. A few small dissolving sutures may be added to stabilize the gum tissue. Most single-tooth extractions are completed in 15 to 30 minutes from start to finish.

Protect the clot, and your healing protects itself.

You'll bite firmly on gauze for 30–45 minutes immediately after surgery to control oozing. The blood clot that forms in the socket is the first stage of healing — protect it. For at least 72 hours: no straws, no smoking or vaping, no spitting forcefully, and no carbonated beverages. Disturbing the clot can lead to a painful condition called dry socket. Stick to soft, cool foods initially. Gentle warm-salt-water rinses begin the day after surgery. Mild swelling, bruising, and discomfort for a few days are all normal; they peak around day two and improve steadily from there.

The teeth evolution forgot to make room for.

Wisdom teeth — the third molars — typically attempt to erupt between ages 17 and 25. The modern human jaw, however, has gradually shrunk over millennia, and most people simply don't have enough room for them. When a wisdom tooth lacks the space to fully emerge, it becomes impacted — trapped beneath gum tissue, leaning against the tooth in front of it, or fully encased in bone. Impactions vary in degree: soft tissue (covered only by gum), partial bony (partially embedded), and full bony (entirely within the bone). The treatment plan depends on the angle, depth, and proximity to nearby nerves and sinuses.

Why timing matters.

We recommend evaluation when the teeth are still developing — typically late teens to early twenties — because removal is significantly easier when the roots aren't fully formed and the surrounding bone is more flexible. Common reasons to remove third molars include recurrent infection of the gum flap covering a partially erupted tooth (pericoronitis), pressure causing damage or decay on the adjacent second molar, cyst or tumor formation around the impaction, and orthodontic considerations. Some asymptomatic impactions can be monitored — but the calculus often shifts as roots mature and risk increases with age.

Most patients sleep right through it.

The vast majority of our wisdom tooth surgeries are performed under IV sedation. The procedure itself typically runs 30 to 45 minutes for all four teeth combined. We carefully access the tooth, sometimes sectioning it into pieces to remove it through the smallest possible opening — which protects bone and speeds healing. Dissolving sutures are placed, and the surgical sites are packed with absorbable material if needed. Detailed pre-operative imaging — often a 3D CBCT scan — is reviewed beforehand to map nerve proximity and plan the safest approach.

The classic chipmunk cheeks — and how to manage them.

Swelling is the body's normal response and typically peaks 48–72 hours after surgery, then steadily improves. Use ice packs in 20-minute intervals for the first 24 hours; switch to moist warmth on day three. A soft diet — yogurt, soup, mashed potatoes, smoothies (no straws!) — for several days is the rule. Once the lower sockets close enough, around day 5–7, you'll use a small curved syringe to gently flush them with warm salt water; this is critical to prevent food impaction. Mild oozing the first day is normal; persistent heavy bleeding, fever, or worsening pain after day three should be reported to our office.

The gold standard for replacing missing teeth.

A dental implant is a small, biocompatible titanium post that functions as a replacement tooth root. Once placed, the implant undergoes a remarkable biological process called osseointegration, in which living bone fuses directly to the implant surface — creating a foundation as stable as a natural root. A custom abutment connects the implant to a final crown, bridge, or denture above the gumline. Unlike bridges, implants don't require grinding down adjacent healthy teeth. With proper care, modern implants have well-documented long-term success and remain the closest thing dentistry has to a natural tooth.

Solutions for every gap.

Implants can replace a single missing tooth, anchor a multi-tooth bridge, or stabilize loose dentures with as few as two to four implants per arch. Candidacy depends on the quality and quantity of available jawbone, the health of the surrounding gum tissue, and overall medical factors like uncontrolled diabetes or active periodontal disease. Smokers can have implants placed, but cessation dramatically improves outcomes. Where bone volume is insufficient, grafting can build the site back up beforehand. We use 3D imaging to evaluate candidacy precisely and design a plan tailored to your anatomy.

Quicker and gentler than most patients expect.

Single-implant placement is often a 30–60 minute appointment performed under local anesthesia, with sedation available. After numbing, a precise channel is prepared in the bone using progressively sized drills under copious irrigation. The implant is threaded into place, and a small healing cap or temporary cover is attached. In selected cases — typically front teeth where appearance matters — we can place a temporary crown the same day. Many patients are surprised to find the experience less involved than a typical tooth extraction.

Mild recovery, then patience while bone does its work.

Post-operative discomfort is usually mild and well-controlled with over-the-counter anti-inflammatories. Light swelling and minor bruising can occur and resolve within a few days. The longer phase of treatment is biological, not surgical: osseointegration takes three to four months in the lower jaw and four to six months in the upper jaw. During this time, you'll eat normally on the side away from the implant. Once integration is confirmed (often with a small follow-up scan), your restorative dentist creates and places the final crown.

Building the foundation, before building the tooth.

Bone is dynamic tissue — it remodels in response to function. When a tooth is lost, the bone that once supported it begins to shrink within weeks, a process called resorption. After many years of denture wear or untreated tooth loss, the ridge can become too narrow or short to hold an implant. Bone grafting rebuilds that volume. We use highly purified, sterilized graft particles that act as a scaffold — your own body then populates the area with new, living bone over the following months. Sinus augmentation ("sinus lift") is a specialized graft used in the upper back jaw, where the maxillary sinus often sits too low for implant placement.

When grafting becomes the bridge to implants.

Common situations include sockets following extraction (preserving ridge dimensions for future implants), long-standing edentulous areas where bone has resorbed, defects from previous infection or trauma, and the upper back jaw with insufficient vertical bone beneath the sinus. Patients with severe periodontal disease may need grafting after disease control. The right graft material — autograft (your own bone), allograft (processed donor bone), xenograft (bovine-derived), or alloplast (synthetic) — is selected based on the specific defect and goals.

A precise, contained procedure.

The site is fully numbed (with sedation available for larger cases). The graft particles are placed into the deficient area and shaped to the desired contour, then often covered with a small absorbable membrane that holds the graft in place and excludes soft tissue from invading. For sinus lifts, a tiny window is created in the side of the upper jaw, the sinus membrane is gently elevated like the inside of a balloon, and graft is layered into the new space. Sutures secure the gum, and the site is left to mature.

Protect the site while biology takes over.

Mild swelling and tenderness for several days are typical. After a sinus lift, you'll be given specific sinus precautions: no nose-blowing, sneeze with your mouth open, avoid straws and pressure-changes (flying, scuba diving, heavy lifting) for the period we specify. Soft diet on the surgical side. The graft slowly transforms into your own living bone over four to six months, sometimes longer for sinus cases — this is the biology that makes future implants possible. Follow-up imaging confirms maturation before any implant is placed.

A coordinated effort, when a tooth needs help finding its way.

Sometimes a tooth — most often an upper canine — fails to erupt naturally and remains hidden beneath the gum or trapped within the bone. Canines are particularly important: they are cornerstones of the dental arch, guide the bite, and contribute meaningfully to the smile. Rather than removing an impacted tooth, the modern approach is to expose and bracket it, then guide it into proper position over time. This is a true team effort between the orthodontist, who plans the path and applies the force, and the oral surgeon, who safely accesses the tooth and bonds the orthodontic attachment.

Most often canines — but not only.

Maxillary canines are the most commonly impacted tooth requiring this procedure (after wisdom teeth, which are usually extracted rather than rescued). Other teeth, including premolars and second molars, can occasionally need exposure. Diagnosis is made by your orthodontist and confirmed with imaging — often a CBCT scan — to determine the tooth's exact three-dimensional position and the safest surgical approach. Early intervention generally leads to better outcomes; the longer a tooth remains impacted, the more the surrounding bone and adjacent root structures may be affected.

A small window, a small bracket, a long collaboration.

Performed under local anesthesia or sedation, the procedure typically takes 30–60 minutes. A small flap of gum tissue is gently raised to access the impacted tooth. Depending on the tooth's position, we use either a closed eruption technique — bonding a bracket with a small gold chain to the tooth and tucking the chain back beneath the gum, with only the chain end visible — or an open eruption technique, where the tooth surface is left uncovered. The chain or attachment is then connected to your braces or aligners by your orthodontist.

Mild recovery, then months of gentle progress.

Soreness for a few days is normal and easily managed with over-the-counter medication. Stick to a soft diet and rinse with warm salt water as directed. The exposed area must be kept meticulously clean to prevent gum inflammation around the developing tooth. Within 2–3 weeks, your orthodontist begins applying gentle traction on the chain to slowly pull the tooth into the arch. This phase typically takes several months to a year, depending on how deeply the tooth was impacted. Patience pays off — the result is your own natural tooth in its proper place.

Catching what shouldn't be there, early.

Oral cancer is most curable when detected early, yet many cases go unnoticed until they become symptomatic. The mouth is uniquely accessible to examination — every routine visit should include a thorough soft tissue evaluation of the lips, tongue, cheeks, palate, floor of the mouth, and throat. When a lesion looks unusual, the only way to know definitively what it is, is to look at its cells under a microscope. A biopsy — removing a small tissue sample for laboratory analysis — is the gold standard for a definitive diagnosis, and it's far less involved than most patients expect.

What raises concern.

Any oral lesion that fails to heal within two weeks deserves evaluation. Specific findings that warrant biopsy include white or red patches that cannot be wiped off, persistent ulcers, lumps with no clear cause, areas of unexplained numbness, and changes in tissue texture, color, or contour. Risk factors include a history of tobacco or heavy alcohol use, prior oral cancer, HPV exposure, and significant sun exposure for lip lesions. That said, oral cancers can occur in patients with no identifiable risk factors — which is why we evaluate based on the lesion itself, not just the history.

A focused, well-tolerated visit.

The area is fully numbed with local anesthesia. A small incisional biopsy removes a representative piece of a larger lesion; an excisional biopsy removes the entire lesion in one step when it's small. The sample is preserved and sent to a specialized oral pathology laboratory. Dissolving sutures may be placed to close the site. The procedure itself usually takes 10–20 minutes and feels similar to having a small filling done. We explain in advance what we're sampling, why, and approximately when results will return.

Minor recovery — and a careful conversation about results.

The biopsy site typically feels like a small sore for a few days, similar to a canker sore or minor burn. Warm salt-water rinses promote healing; soft food on that side helps comfort. Pathology results generally return in 5 to 10 business days. We will contact you as soon as the report is in, and we go through findings with you in detail — what was diagnosed, what it means, and what (if anything) needs to happen next. Many biopsy results are entirely benign; when a finding requires further care, we coordinate referrals and follow-up promptly.

Saving a treated tooth that's struggling at the tip.

A previously root-canaled tooth can occasionally develop a persistent infection at the very end of its root — sometimes years after the original treatment. The cause may be a missed accessory canal, a microscopic crack at the root tip, or bacteria sealed within tiny ramifications that the original treatment couldn't reach. An apicoectomy (literally, "removal of the apex") addresses the problem at the source: instead of redoing the entire root canal from the top, we access the offending root tip surgically through the gum and bone, remove just the affected portion, and create a watertight seal at the new root end with a modern bioceramic material.

When retreatment from above isn't enough.

An apicoectomy is considered when conventional retreatment isn't possible or has already failed — for example, when the tooth has a post or crown that would be destructive to remove, when canals are blocked or calcified, or when imaging shows a persistent lesion at the root tip despite an otherwise well-done root canal. It's also a first-line option in select anatomical situations and for cysts that have formed at the apex. The goal is the same as the original root canal: keep your natural tooth in place rather than extracting and replacing it.

Microsurgery, with modern materials.

Performed under local anesthesia (sedation available), the procedure usually takes 60–90 minutes. A small flap of gum is gently raised, and a tiny window in the bone provides access to the root tip. Using surgical magnification, the affected millimeters of the root are removed, the canal is cleaned with ultrasonic instruments, and a biocompatible filling material is placed to seal the root end. The flap is then sutured back into position. Most patients are surprised at how routine the experience feels — many describe it as easier than they expected.

Mild swelling, fast recovery, slow bone healing.

Mild lip or cheek swelling is common and peaks within 2–3 days. Ice for the first day, then warm compresses; over-the-counter anti-inflammatories work well for most patients. Sutures are typically removed (or dissolve) within a week. Avoid chewing directly on the tooth and avoid pulling on the lip to inspect the area, as this can disturb healing. Bone fills in slowly behind the scenes — a follow-up image at 6 to 12 months confirms healing. With proper case selection and modern technique, success rates are very high, and patients keep their natural tooth.

The unsung hero of oral health, and what happens when it goes wrong.

Saliva does far more than aid digestion — it lubricates speech, neutralizes acid, helps remineralize enamel, and continuously rinses the mouth. Three pairs of major glands (parotid, submandibular, and sublingual) and hundreds of minor glands distributed throughout the lining of the mouth produce roughly a liter of saliva each day. When these glands become blocked, infected, or develop growths, the result can be painful swelling, dry mouth, foul taste, or visible lumps that warrant evaluation by a specialist.

Common gland conditions we treat.

Salivary stones (sialolithiasis) — calcified deposits that block the duct, classically causing meal-related swelling that resolves between meals. Sialadenitis — bacterial or viral infection of the gland, often requiring antibiotics and supportive care. Mucoceles and ranulas — fluid-filled blisters from disrupted minor or sublingual glands, usually on the lip or under the tongue. Benign tumors and persistent masses — any new, firm, or growing lump in the gland regions deserves prompt evaluation, even when painless. Chronic dry mouth (xerostomia) and Sjögren-related concerns are also evaluated and managed in coordination with your medical team.

From conservative care to focused surgical solutions.

Treatment is matched to diagnosis. Many salivary problems respond beautifully to conservative care — hydration, warm compresses, gland massage, sialagogues (sour candies that stimulate saliva flow), and antibiotics when infection is involved. When a stone or persistent obstruction is identified, a minor in-office procedure under local anesthesia can often retrieve the stone and reopen the duct. Mucoceles and small benign lesions are typically excised with local anesthesia. Larger or deeper conditions may require imaging-guided planning and, occasionally, referral to a hospital-based head and neck specialist.

Keep things flowing.

After most in-office gland procedures, recovery is quick. Mild swelling and tenderness for several days is typical. Sialagogues — sour candies, lemon, or tart drinks — are often recommended afterward to encourage saliva flow and naturally flush the duct system as it heals. Hydration is essential. Soft diet on the affected side for a few days. We monitor the site closely; signs that warrant a call include increasing pain, fever, persistent bleeding, or recurrent swelling at meals. A short course of antibiotics may be prescribed depending on the situation.

The right anatomy, in the right hands.

Few specialists know the anatomy of the face as deeply as oral and maxillofacial surgeons. Years of training in the bones, muscles, nerves, and vascular structures of the head and neck translate naturally into precise, predictable cosmetic injectable work. We offer neuromodulators (Botox^® and similar agents) to relax the small muscles responsible for dynamic wrinkles, and hyaluronic acid dermal fillers to restore volume that diminishes with age. Done well, these treatments look like a refreshed version of you — never frozen, never overdone.

Aesthetic — and sometimes clinical.

Common aesthetic concerns include forehead lines, the "11s" between the brows, crow's feet, lip lines, lip volume, cheek and jawline contour, and overall facial balance. Beyond pure aesthetics, neuromodulators have well-documented therapeutic uses we incorporate when appropriate: masseter Botox can ease bruxism (clenching and grinding), reduce TMJ-associated tension headaches, and slim a heavily over-developed jaw muscle. Treatment is fully customized; we discuss goals, timelines, and realistic outcomes during consultation, and we never recommend more than what the anatomy and your goals call for.

Quick, comfortable, and precise.

Treatment areas are cleansed and may be marked. A topical numbing cream or ice is offered as needed. A series of small injections is delivered with ultra-fine needles or, for fillers, blunt-tipped microcannulas in many areas — a technique that improves comfort and reduces bruising. Most appointments are completed in 15 to 30 minutes. Throughout, we use anatomical landmarks and ultrasound when indicated to ensure accurate placement and to avoid sensitive vascular zones.

Minimal downtime, gradual reveal.

Tiny pinpoint marks at injection sites usually fade within minutes to hours. Mild swelling, redness, or small bruises can occur — particularly with lip filler — and resolve within a few days. Avoid heavy exercise, alcohol, blood thinners, and facial massage for 24 hours. Stay upright (no lying flat) for 4 hours after Botox. Filler results are immediately visible, with final settling at about two weeks. Botox results emerge gradually over 3–7 days and reach full effect in about two weeks. We typically see patients back at the two-week mark for refinement if needed.

One of the most complex joints in the body.

The temporomandibular joint connects the lower jaw to the skull and performs an extraordinary range of motion every day — speaking, chewing, yawning, swallowing. A small fibrocartilage disc sits between the jawbone and the skull, cushioning the joint as it rotates and slides. When the disc displaces, the joint becomes inflamed, or the surrounding muscles become chronically overworked, the result is a constellation of symptoms commonly grouped together as "TMJ disorder" — though the actual source can be the joint, the muscles, or both, and the right treatment depends entirely on the right diagnosis.

Symptoms that bring patients to us.

Jaw pain, clicking or popping with movement, limited or asymmetric mouth opening, jaw locking (open or closed), facial pain that radiates to the temples or ears, tension headaches that are worst on waking, ear fullness or ringing without an ear infection, and unexplained tooth wear from clenching or grinding (bruxism). Symptoms may flare with stress, dental work, or new prosthetics. Many patients have lived with these issues for years and assumed nothing could be done — often, much can.

A thoughtful evaluation, conservative-first.

Assessment begins with a detailed history and a hands-on examination of the jaw joints, surrounding muscles, neck, and bite relationships. We measure range of motion, listen for joint sounds, and palpate for trigger points. Imaging is selected to match the question we're trying to answer — panoramic films for general anatomy, CBCT for bony detail, or MRI when soft-tissue (disc) imaging is needed. Treatment then begins conservatively in nearly all cases.

A staged approach, escalating only as needed.

The vast majority of patients respond to non-surgical care: physical therapy, jaw rest and behavioral modifications, anti-inflammatories, custom occlusal splints (night guards designed for the specific problem — generic store-bought guards rarely help and can sometimes worsen the issue), and targeted masseter Botox injections when muscle hyperactivity is a major driver. When conservative measures aren't enough, arthrocentesis (joint flushing) and arthroscopic procedures are options. Open joint surgery is reserved for the small minority with specific structural problems. We move up the ladder only when needed — and we tell you honestly what we think will help.

Specialty training matters most when seconds count.

Oral and maxillofacial surgeons complete extensive hospital-based training in the management of facial trauma — fractures of the jaw, cheekbone, orbit, and midface, along with complex soft tissue injuries and dental trauma. The face is uniquely demanding to repair: bones must heal in proper alignment to preserve a functional bite, nerves and ducts must be protected, and aesthetic concerns are always part of the equation. Modern techniques allow most fractures to be repaired with small, low-profile plates and screws placed through hidden incisions inside the mouth or in natural skin folds.

The full scope of facial injury care.

We evaluate and treat dentoalveolar injuries — knocked-out, fractured, or displaced teeth and the bone that surrounds them — as well as mandibular (lower jaw) fractures, maxillary and midface fractures, orbital floor fractures ("blowout" injuries that can affect the eye), zygomatic (cheekbone) fractures, and complex facial lacerations. An avulsed adult tooth is a true emergency: if the tooth can be replanted within 30–60 minutes, the chances of saving it are dramatically higher. Hold by the crown only, gently rinse if needed, and either reinsert into the socket or transport in milk while heading to our office.

Stabilization first, then reconstruction.

Acute care prioritizes the basics: airway, bleeding, and pain control. CBCT or CT imaging maps the injury in three dimensions. Many fractures can be repaired in our office under sedation; more complex cases are managed at affiliated hospitals under general anesthesia. Open reduction with internal fixation (ORIF) uses small titanium plates and screws to restore precise alignment; closed reduction with maxillomandibular fixation may be used for select fractures. Avulsed teeth are stabilized with a flexible splint to allow the supporting ligament to reattach.

Diet, hygiene, and patience for proper healing.

Recovery requires strict adherence to dietary restrictions — typically a soft or liquid diet for several weeks — to allow bones to heal in proper alignment. No biting force on the repaired side until cleared. Hygiene becomes especially important: a soft brush, frequent gentle rinses, and prescribed antimicrobial mouthwash help prevent infection around hardware. Frequent follow-ups with imaging confirm the bones are healing in position. Many patients ask whether plates need to be removed — generally not, unless they cause symptoms. Most patients regain full function and excellent aesthetics with proper care.

Releasing the small band that does big work.

The lingual frenulum is the small strip of tissue connecting the underside of the tongue to the floor of the mouth. When it's too short, too thick, or attached too far forward, it restricts tongue movement — a condition called ankyloglossia, or tongue-tie. A similar restriction can affect the labial frenum connecting the upper lip to the gum. A frenectomy is the targeted release of the restrictive tissue, restoring normal range of motion and, with appropriate post-procedure work, lasting functional improvement.

Why and for whom.

Infants: difficulty latching, poor weight gain, painful nursing, prolonged or noisy feeds, or inability to maintain a seal on a bottle. Children: speech articulation challenges (particularly with sounds requiring tongue elevation), difficulty managing solid foods, persistent open-mouth posture, or sleep-disordered breathing. Adults: chronic neck and jaw tension, sleep concerns, dental crowding patterns associated with low tongue posture, and gum recession from a tight upper-lip frenum. Diagnosis is functional, not just anatomical — a frenum that looks tight isn't always restrictive, and one that doesn't look severe can still be limiting.

A short, focused procedure.

The area is fully numbed with local anesthesia (a topical for infants in many cases). Using either fine surgical scissors or a soft-tissue laser depending on the situation, the restrictive band is precisely released. Bleeding is minimal and easily controlled. The entire procedure typically takes only a few minutes, after which we immediately confirm the new range of motion. For infants, the appointment is short and the baby is back in the parent's arms within minutes — many feed successfully right away.

Stretching exercises are the most important step.

The body's instinct is to heal by closing wounds together — which is exactly the opposite of what we want here. Daily stretching exercises during the healing window are essential to prevent the tissue from reattaching in a restricted position. We provide specific instructions tailored to age, including how often, how long, and how to perform each stretch comfortably. Mild soreness for a few days is typical. For infants, a brief feeding pause may occur, then improvement; for older patients, follow-up with myofunctional therapy or speech therapy is often part of the long-term plan.

Precision begins with seeing clearly.

Surgical accuracy is built on diagnostic accuracy. Apex Oral Surgery is equipped with state-of-the-art in-office imaging, allowing us to obtain the right view at the right time — with the lowest reasonable radiation exposure. Our protocols follow ALARA principles ("As Low As Reasonably Achievable"), and modern sensors deliver sharper images at a fraction of the dose used a generation ago. Imaging is selected based on the specific clinical question, not used reflexively, and reviewed by a board-certified specialist.

The right scan for the right question.

• Panoramic Radiography A single sweeping 2D image capturing both jaws, all the teeth, the temporomandibular joints, and the maxillary sinuses. Excellent for screening, evaluating wisdom teeth impactions, identifying cysts or pathology, and obtaining a broad anatomic overview before more detailed imaging.
• Low-Dose Cone Beam CT (CBCT) An advanced 3D scan that produces high-resolution volumetric data of the jaws, teeth, sinuses, and surrounding structures. CBCT is essential for implant planning, mapping the inferior alveolar nerve, characterizing impacted teeth, evaluating root fractures, and assessing trauma — all at a small fraction of the radiation dose of a medical CT.
• Digital 3D Rendering & Surgical Planning CBCT data is transformed into virtual 3D models that allow us to plan implant positions, design custom surgical guides, and simulate procedures before stepping into the operatory. The result is greater precision, shorter operative times, and outcomes that more closely match what we plan.

Modern doses, in context.

Patients sometimes worry about cumulative radiation exposure. To put it in perspective, a typical CBCT scan delivers roughly the equivalent of a few days of natural background radiation — and panoramic imaging is even less. We image only when the information will change your care, and we always discuss the rationale with you in advance.