Jaw Bone Cysts: A Complete Guide to Diagnosis, Treatment, and Recovery

A jaw bone cyst is a closed cavity that develops within the mandible or maxilla, lined with epithelial tissue and filled with fluid or semi-solid material. A barrier — typically a multi-layered epithelial wall — separates the cyst contents from the surrounding bone and soft tissue while maintaining its own internal pressure.

Clinical-Anatomic Characteristics

Size range: Cysts vary enormously in size, from millimeter-sized "radiolucent spots" on X-rays to lesions spanning several centimeters that can occupy a large portion of the jaw. Along with the patient's age and the lesion's growth rate, size directly influences treatment planning.

Location: Most cysts occur in the lower jaw (mandible); those in the upper jaw (maxilla) are less common and often relate to the sinus area. Cysts can also develop in tooth-free regions of the jaw, which can sometimes complicate diagnosis.

Wall structure: The cyst wall shows a clear boundary against surrounding bone. A radiolucent (dark) center on X-ray is surrounded by the epithelial-lined cavity. In larger cysts, the surrounding bone may thicken from internal pressure (sclerotic borders) or, in some cases, thin and perforate.

Jaw cysts develop through several biological pathways triggered by different underlying causes. Understanding these pathways is the foundation of both diagnosis and treatment planning.

Root Tip Infection and Radicular Cyst Formation

When a tooth's nerve dies and the tooth receives no root canal treatment — or an incomplete one — a chronic infectious environment can develop at the root tip. Inflammatory mediators and infection byproducts trigger a protective response in the surrounding bone. Over time, this reactive process can lead to fluid accumulation and the formation of an epithelial-lined cavity around the source of infection.

How common is it: Radicular cysts account for roughly 50–70% of benign jaw cysts and are the type most commonly seen in clinical practice. With wider use of imaging and routine screening, these otherwise silent cysts are now identified more often.

Clinical course: Radicular cysts are typically symptom-free. Because the tooth's nerve is already dead, pain isn't expected. On X-ray, they appear as a well-defined, dark (radiolucent) area. Growth tends to be slow, and in many patients the cyst can remain stable for years, sometimes decades.

Impacted Teeth and Dentigerous Cyst Development

When a tooth fails to erupt and stays embedded in the jaw bone, fluid can accumulate between the tooth's crown and the surrounding follicular/epithelial tissue. This is called a dentigerous cyst. Impacted wisdom teeth (third molars), impacted canines, and other unerupted teeth are the most common sources.

Growth potential: Dentigerous cysts, especially in younger patients, tend to grow faster and larger than radicular cysts. As they enlarge, they can erode the roots of adjacent teeth, displace teeth, and structurally weaken the jaw.

Management considerations: Because a dentigerous cyst is tied to an impacted tooth, treatment planning has to address both the cyst and the tooth together. For more detail, see our guide on impacted wisdom teeth.

Developmental Cysts: Keratocysts Leading the Way

During fetal and early developmental stages, small clusters of embryonic cells or tissue remnants can be left behind in the jaw. Years later, these remnants may become active and give rise to a cyst.

Keratocyst: The most notable cyst in this category. Filled with keratin (a protein similar to that found in skin), its structure differs from other jaw cysts. Although considered benign, keratocysts have a distinctly higher tendency to recur, which makes long-term monitoring essential.

Pathological confirmation: Imaging may raise suspicion of a keratocyst, but a definitive diagnosis requires pathological examination. Microscopic findings — such as a parakeratinized epithelium and a prominent basal cell layer — are what confirm it.

Follow-up duration: Even after treatment, keratocysts warrant more frequent (one to two times a year) and longer-term (sometimes 5–10 years) radiologic monitoring than other cyst types, given their recurrence risk.

Cysts Arising from Dental Tissue Remnants

Residual tissue from tooth development, or tissue left behind after a tooth extraction, can set the stage for cyst formation over time. This category includes odontogenic developmental cysts other than radicular cysts.

Trauma, Inflammation, and Idiopathic Cysts

A jaw fracture or significant trauma to the jaw can, over time, trigger fluid accumulation and cyst formation. In some cases, despite thorough examination and imaging, no clear cause can be identified; these are labeled idiopathic cysts. Current understanding suggests these cases likely have an underlying trigger as well, just one without significant clinical implications.

Radicular (Apical) Cyst

Definition: The most common type of benign jaw cyst, arising from chronic infection at the root tip of a non-vital tooth.

Development timeframe: Months to years, occasionally 10–20 years.

Diagnostic appearance: A radiolucent area typically surrounding the tooth's root tip; the tooth itself may show a shape or color change.

Recurrence risk: Low (roughly 1–5%), particularly when the cyst is completely removed surgically and the source tooth is treated (or apical resection is performed).

Treatment success: High; in most cases, enucleation alone is sufficient.

Dentigerous (Follicular) Cyst

Definition: A cyst that forms around the crown of an unerupted or impacted tooth, originating from epithelial remnants.

Age association: Most common between ages 10 and 30, and more frequent in younger patients overall.

Typical location: Lower jaw, most often surrounding a wisdom tooth; cysts associated with impacted canines are also common.

Growth characteristics: More aggressive and faster-growing than radicular cysts; left untreated, they can cause extensive bone loss over the years.

Effects: May erode the roots of adjacent teeth, displace teeth, weaken the jaw structurally, and occasionally present a worrisome appearance that raises concern for malignancy.

Treatment: Extraction of the impacted tooth and surgical removal of the cyst are typically performed together.

Keratocyst (Odontogenic Keratocyst, OKC)

Definition: A keratin-filled cyst with an epithelial wall derived from developmental remnants; carries a notably higher recurrence potential.

Age profile: Can occur at any age but is most common between 10 and 30.

Location: Commonly in the lower jaw (mandible), especially around the third molar (wisdom tooth) region and other posterior areas.

Behavior: Tends to grow more aggressively; the radiolucent area at diagnosis can be quite extensive, and bone destruction is often more pronounced.

Recurrence risk: High (roughly 15–55% in reported series), especially with conservative treatment or marsupialization alone. This is why long-term, close monitoring (sometimes 5–10 years) is recommended.

Pathological signature: A parakeratinized epithelial surface, prominent basal cell layer, and a "corrugated" or palisading epithelial arrangement — findings a pathologist uses to confirm the diagnosis.

Associated risk: Some keratocyst cases may be linked to syndromic conditions, such as nevoid basal cell carcinoma syndrome (Gorlin syndrome); genetic and syndromic evaluation is recommended when this is suspected.

Maxillary Sinus–Related Odontogenic Cysts

These are upper-jaw cysts associated with the maxillary sinus (antral) area. They may develop in the tooth-bearing bone or extend into the sinus itself. Treating the related tooth root problem often leads to shrinkage (resorption) of the cyst. See our guides on sinus lifting and bone grafting for more detail.

Rare Cyst Types

While these represent a small percentage of all jaw cysts, they still warrant clinical attention:

• Non-radicular periapical cysts (residual, inflammatory)
• Residual cysts (forming after tooth extraction)
• Buccal bifurcation cyst
• Paradental cyst

Small Cysts Are Often Symptom-Free (the Typical Scenario)

One of the most striking features of jaw cysts is how often they exist without any noticeable symptoms. Millimeter- or centimeter-sized cysts can be present for years without the patient ever noticing. This doesn't mean nothing is happening — the cyst can remain biologically active and continue to grow — it simply means there are no outward clinical signs yet.

Why no symptoms?

• Bone can tolerate certain-sized defects without producing noticeable signs
• Small cysts may not compress neighboring nerves or blood vessels
• Even mild tooth displacement caused by a cyst often goes unnoticed by patients
• Without secondary infection, there's no pain, since the tooth's nerve is already dead

Symptoms That Appear as the Cyst Grows

Facial shape and aesthetic changes

• Noticeable swelling on one side of the jaw (a "puffy cheek" appearance)
• Subtle to fairly noticeable asymmetry in the facial profile
• Softening or flattening of the jawline below the chin

Mouth and chewing function

• Unexplained loosening of teeth, especially those near the cyst
• Tooth displacement (migration) or changes in how the bite fits together
• Mild discomfort while chewing, or tenderness when pressure is applied over the cyst

Neurological findings

• Numbness or tingling in the lip, chin, or lower teeth (paresthesia)
• This can occur when the cyst grows large enough to compress the inferior alveolar nerve as it exits the lower jaw
• However unsettling this finding may feel, it's a significant warning sign that warrants prompt treatment planning

Intraoral findings

• A bulging or swollen appearance of the palate or inner cheek
• Occasionally, a soft swelling inside the mouth if the cyst has perforated the bone
• Altered taste, and occasionally nasal drainage in upper-jaw cysts

Pain and infection

• Spontaneous pain is uncommon, but if a cyst becomes secondarily infected, significant pain, swelling, and pus drainage can occur
• An infected cyst needs urgent attention

Role and Comparison of Imaging Methods

Panoramic X-ray (Orthopantomogram, OPG)

Advantages:

• Fast, low-cost, and low radiation dose
• Captures the entire jaw in a single image
• Many cysts are first detected this way
• Gives an initial view of cyst borders, size, and location

Limitations:

• Two-dimensional; doesn't show the lesion's true three-dimensional extent
• Can't clearly show the relationship to the outer jaw surface, adjacent structures, the sinus, or the nerve canal
• Size estimates can be misleading due to overlap and projection artifacts

Typical finding: A well-defined, dark radiolucent area, sometimes with a "bubble-like" appearance.

Cone Beam CT (CBCT)

Advantages:

• Three-dimensional imaging that clearly shows true cyst size, shape, and extent
• Reveals the exact relationship to adjacent tooth roots, the nerve canal, and the sinus
• Allows measurement of bone thickness and degree of erosion
• Essential for surgical planning
• Less affected by metal artifacts than conventional CT

Limitations:

• Higher radiation dose (roughly 5–10 times that of a panoramic X-ray)
• Higher cost
• Not routinely needed for every case

When it's typically ordered:

• Cysts larger than about 3–4 cm
• Suspected keratocyst
• Ahead of surgical planning
• When the relationship to the nerve canal or sinus needs clarifying

Magnetic Resonance Imaging (MRI)

Use:

• Reserved for select cases
• Helpful in distinguishing soft tissue and cyst contents (fluid versus keratin)
• No radiation, and excellent soft-tissue contrast

Limitation: Limited bone detail, and not compatible with certain dental metalwork.

Pathological Examination (Histopathology/Biopsy)

The gold standard for diagnosis:

When imaging shows classic features — for example, a typical radicular or dentigerous cyst — diagnosis can often be made clinically and radiologically. However, pathological examination is essential when:

• The appearance is atypical (very large, unusually aggressive, or multiple adjacent lesions)
• A keratocyst is suspected
• There's any concern for malignancy, or
• Genuine uncertainty remains

Biopsy method:

• During cyst removal, the cyst wall is routinely sent to the lab for analysis (intraoperative biopsy)
• Occasionally, a needle aspiration biopsy may be done beforehand

Pathology report: The final diagnosis, epithelial characteristics, inflammatory response, and recurrence potential are all documented in the pathology report. A keratocyst diagnosis is confirmed histologically, and individualized follow-up planning starts from there.

Treatment Decision-Making: What Determines the Approach?

Jaw cyst treatment isn't one-size-fits-all. The right approach is determined individually by the clinician based on the cyst's characteristics and the patient's overall situation.

Factors that shape the decision:

• Cyst type (radicular, dentigerous, keratocyst, etc.)
• Size (small, under 1 cm; medium, 1–4 cm; large, over 4 cm)
• Location (proximity to a nerve, sinus involvement, association with an impacted tooth)
• Presence or absence of symptoms
• Patient age and general health
• Patient's ability to keep up with follow-up visits

Enucleation (Complete Cyst Removal)

Definition and technique:

• The cyst wall is carefully separated from the surrounding bone in its entirety and removed
• If tooth roots are attached to the cyst wall, care is taken to avoid damaging them
• Bleeding is controlled and the cavity is closed with sutures

Appropriate for:

• Most radicular cysts (the most common application)
• Small- to medium-sized dentigerous cysts (paired with extraction of the impacted tooth)
• Small keratocysts, once pathologically confirmed
• Asymptomatic, stable cysts

Advantages:

• The entire cyst is removed in one visit
• Relatively quick healing (roughly 1–3 months)
• The cyst tissue is available for pathological examination
• Low recurrence risk for radicular cysts (roughly 1–5%)

Considerations:

• Avoiding damage to adjacent tooth roots, nerves, or the sinus requires surgical experience
• Very large cysts may need drainage before the cavity is fully closed

Marsupialization (Decompression)

Definition and technique:

• Part of the cyst wall is surgically opened into the mouth, allowing the contents to drain
• The cyst gradually shrinks over time, with monitoring continuing for months or years
• The goal is either complete resolution or enough shrinkage to allow a safer, smaller enucleation later

Appropriate for:

• Very large cysts (roughly over 5–6 cm), where removal in one step risks serious damage to surrounding tissue and bone
• Cysts near the nerve canal, where decompression allows shrinkage with less risk of nerve injury
• Younger patients, who can typically tolerate a longer monitoring period and temporary cosmetic changes
• Aggressive keratocysts, to help control growth before eventual complete removal

Advantages:

• Better protection of bone and nerve structures
• Reduced surgical trauma for very large lesions
• A safer option for elderly or medically compromised patients

Disadvantages:

• A longer monitoring period (6–24 months or more)
• Requires strong patient compliance and follow-through
• The drainage opening can become irritated, infected, or cause odor
• Recurrence risk may not be as low as with enucleation

Typical monitoring schedule:

• Weeks 1–2: wound care and hygiene instructions
• Monthly checks and X-rays as recommended
• Imaging at 3 months, 6 months, 12 months, and beyond
• Once the cyst has shrunk sufficiently (anywhere from several months to a year), a final enucleation can be scheduled, or the site can continue to be monitored

Root Tip Surgery (Apicoectomy)

Definition:

• For radicular cysts, the tooth's root tip and the cyst are removed together in one surgical procedure
• Because the cyst wall is attached to the root apex, complete cyst removal (enucleation) is carried out together with resection of the root tip

Appropriate for:

• Radicular cysts when the goal is to preserve the natural tooth rather than extract it
• Cases involving a previously failed root canal treatment where the tooth has strategic importance (for example, a front tooth or the patient's last remaining tooth in that area)

Advantages:

• Offers a chance to save the tooth
• Allows the failed root canal to be addressed without extraction

Disadvantages:

• Shortening the root through resection can affect the tooth's long-term structural support
• In some cases, mobility or sensitivity may persist afterward
• May be less predictable than extraction in certain situations, and recurrence is still possible

Bone Graft Reconstruction

When it's used: After removal of a very large cyst, if the structural integrity of the jaw requires repair of the resulting bone defect.

Material options:

• Autograft (the patient's own bone): Generally considered the highest-quality option, harvested from another site in the jaw or elsewhere
• Allograft (processed donor bone): Integrates well and has a solid track record of success
• Synthetic substitutes: Materials such as hydroxyapatite or β-tricalcium phosphate, which carry a small risk of foreign-body reaction

Goal: Long-term fusion of the graft material with surrounding bone (osseointegration).

For more detail, see our guides on bone grafting and bone grafting and sinus lifting.

Conservative Monitoring (Watchful Waiting)

When it's considered:

• Very small, symptom-free, stable cysts
• A significant medical contraindication to surgery
• After weighing the patient's ability to attend follow-up visits against radiation exposure concerns

Important: This approach isn't neglect — it requires regular clinical and radiologic monitoring, typically every 3–6 months. If the cyst begins to grow or symptoms appear, active treatment should begin promptly.

Recovery after jaw cyst surgery unfolds in stages, with different findings and expectations at each phase.

First 24–72 Hours (Acute Phase)

What to expect:

• Swelling: Peaks within 48–72 hours; this is normal and not a cause for alarm
• Ice application: During the first 24 hours, apply for 15 minutes on and off, 4–5 times a day
• Head elevation: Sleep propped up on 2–3 pillows
• Lingering numbness: Lip and jaw numbness from anesthesia can last several hours — take care not to bite the area

Typical experience:

• Moderate pain at the surgical site, normal and manageable with medication
• Start with soft foods such as warm broth or soup
• Pain medication and, if indicated, antibiotics are typically prescribed; good oral hygiene remains essential

1–2 Weeks (Adaptation Phase)

What to expect:

• Swelling gradually subsides (full resolution usually takes 2–3 weeks)
• Stitches are typically removed at 7–14 days
• Mild tenderness may persist
• Taste can be temporarily altered by surgical materials and antiseptic rinses

Food and hygiene:

• Continue with soft foods (mashed potatoes, pasta, soup, yogurt)
• Warm salt-water rinses 3–4 times a day, after meals
• Gentle cleaning of the surgical area as instructed by your clinician

2–4 Weeks (Early Repair Phase)

What's happening physiologically:

• Granulation tissue (pink and slightly granular) gradually fills the socket from the base up
• Surrounding muscle and connective tissue continue to strengthen
• Lip or chin numbness may lessen or persist, since nerve recovery can take weeks

Dental care:

• Dressing changes if applicable
• Increasing pain can signal infection — contact your clinician right away
• Follow-up X-rays are optional and usually reserved for more extensive surgical cases

1–3 Months (Mid-Term Healing)

What you may notice:

• Swelling roughly 80–90% resolved
• The surgical site gradually closes over with new tissue
• Pain and sensitivity mostly resolved
• Normal brushing and careful chewing can generally resume

X-ray findings:

• The treated area may still appear somewhat radiolucent
• Surrounding bone gradually becomes denser (sclerotic) — a sign of healing

6–12 Months and Beyond (Late Repair)

Bone transformation:

• Granulation tissue gradually converts into mature bone
• Within a year, substantial bone restoration is often visible on X-ray
• By 2–3 years, healing is typically close to complete, though this varies by case

Recurrence checks:

• 6 months: clinical and X-ray follow-up
• 12 months: routine monitoring
• After that: frequency depends on cyst type (keratocysts warrant years of continued monitoring)

What to expect day to day:

• Generally no dietary restrictions, with standard oral hygiene
• Minimal discomfort in the jaw area; if numbness persists due to earlier nerve involvement, this can be normal, as nerve recovery is often slow

The most common question after surgery is, "Will it come back?" The honest answer depends on the type of cyst.

Radicular Cyst Recurrence

• Reported recurrence rate: Roughly 1–5% (quite low)
• Timeframe: Most recurrences appear within the first 1–2 years; recurrence after 5 years is rare
• What drives recurrence: Incomplete removal of the cyst wall, leaving epithelial remnants behind
• Monitoring: Follow-up at 6 months, 1 year, and 2 years, then roughly every 2–3 years thereafter
• Outlook: Generally reassuring for this cyst type

Dentigerous Cyst Recurrence

• Reported recurrence rate: Roughly 2–8% (low to moderate)
• What drives recurrence: Typically occurs if the impacted tooth isn't removed along with the cyst
• Monitoring: When extraction of the impacted tooth and cyst enucleation are both completed, risk is minimized; routine follow-up at 6 months and 1 year is standard
• Note: A dentigerous cyst with any high-risk features calls for pathological examination to rule out malignancy

Keratocyst Recurrence

• Reported recurrence rate: Roughly 15–55%, the highest among benign jaw cysts
• Timeframe: Around 80% of recurrences occur within the first 5 years, though very late recurrence (10–15 years out) is possible
• What drives recurrence: Epithelial rests, remnants located beneath the mucosa, or multifocal presentation
• Monitoring schedule: long-term and frequent
• 6 months: mandatory check
• Year 1: 2–3 visits (roughly every 3–4 months)
• Years 2–5: every 6 months
• Year 5 onward: at least annually
• Technical factors: Combining enucleation with adjunctive measures such as peripheral ostectomy may help reduce recurrence risk
• Genetic screening: Multiple keratocysts, skin nevi, or jaw odontomas can suggest nevoid basal cell carcinoma syndrome (Gorlin syndrome), which warrants further evaluation

Myth: "Jaw cysts go away with antibiotics."

Fact: Antibiotics can control an infection, but they don't eliminate the cyst wall itself (the epithelium and its fluid contents). The cyst has to be removed surgically; antibiotics play only a supporting role when a cyst is infected.

Myth: "Jaw cysts grow very fast — it's an emergency."

Fact: Most jaw cysts grow slowly, over months to years. How urgent a case is depends on the cyst's size, location, type, and relationship to nearby structures. Cysts caught early generally have an excellent prognosis. There's no need for panic, but delaying treatment does raise the risk of complications.

Myth: "My tooth is healthy, so I can't have a cyst — the doctor must be wrong."

Fact: Radicular cysts form at the root tip of a tooth that has already lost its nerve, and the tooth can still look completely normal on the surface. Patients often don't notice when a nerve dies, even though X-rays reveal a dark area of bone underneath. Diagnosis is based on imaging and clinical evaluation, not on how the tooth looks or feels.

Myth: "Removing the cyst will deform my face."

Fact: Surgery for small to medium cysts typically leaves minimal defect, and bone repair is largely complete within 6–12 months. Very large cysts can leave some mild asymmetry, which bone grafting can often help restore. Any cosmetic concerns are evaluated and addressed by the surgeon as part of post-operative care.

Myth: "Once I've had a cyst, I can never get a dental implant."

Fact: Once a cyst has been treated and the site has healed — generally within 6–12 months, plus additional time if grafting was needed to integrate — an implant is often a viable option. Feasibility is assessed individually by the clinician based on how the bone has healed.

Myth: "Jaw cysts happen because of a weak immune system."

Fact: Jaw cysts are primarily related to dental infection (radicular cysts), developmental factors (keratocysts, dentigerous cysts), or trauma — not immune deficiency. They occur in people with entirely healthy immune systems. Immune status is not the deciding factor.

Consult a dentist or oral and maxillofacial surgeon if:

• A cyst or suspicious area is noted on a routine X-ray — to get a definitive diagnosis and a monitoring plan
• You notice growing swelling in the jaw or face — to evaluate its location, size, and urgency
• You experience numbness, tingling, or "pins and needles" in the chin or lip area — this can signal nerve compression and needs prompt evaluation
• Your teeth are loosening or shifting for no obvious reason — this may reflect cyst-related pressure on the roots
• You notice bulging in the roof of your mouth or inner cheek — the cyst may have perforated the bone
• You have increasing pain, redness, or pus drainage in the jaw area — this suggests an infected cyst requiring urgent care
• You're due for follow-up monitoring on a known cyst — regular check-ups help catch recurrence early
• You'd like a second opinion — don't hesitate to consult another clinician; a fresh perspective can help with decision-making

Before surgery, your clinician should explain:

• Diagnosis: The specific cyst type and its likely cause
• Treatment options: What's available, what's recommended, and why
• Risks: Nerve injury, tooth loss, infection, bleeding, and recurrence
• Expected outcome: Typical healing timeframe and follow-up needs
• Alternatives: Whether conservative monitoring is a reasonable option
• Costs: Medication, monitoring visits, and any potential revision surgery

This information should be provided in writing, and you should have the opportunity to review and sign an informed consent form. You have every right to ask questions — nothing should be left unclear.

Once a jaw cyst has been treated, long-term care typically includes:

Dental rehabilitation of the healed area

• Dental implant: Often possible around 6–12 months post-treatment, once any bone graft has integrated
• Bridge or partial denture: Alternative options for replacing a missing tooth
• Restorations: To address any gaps left by tooth loss

Regular follow-up visits

• Year 1: 3–4 visits (roughly every 3 months)
• Years 2–5: Every 6 months
• Year 5 onward: At least annually (longer for keratocysts)
• Each visit: Clinical exam plus X-ray as needed

Oral hygiene and protection

• Daily brushing and flossing: Careful cleaning of all teeth, including the treated area
• Antimicrobial rinse: As recommended by your clinician (discontinue if irritation occurs)
• Routine dental visits: Professional cleaning roughly every 6 months

Quality of life

After successful treatment, most patients notice meaningful improvement in day-to-day life:

• Normal diet and chewing function
• Improved appearance and speech, if a larger cyst was removed
• Peace of mind once cancer concerns have been ruled out

If a cyst has been found in your jaw, here's a reasonable way to move forward:

• Get a clear diagnosis: Ask for a written report of the findings
• Keep your images: Hold on to copies of your panoramic X-rays and CT scans, if taken
• Consider a second opinion if you're unsure: Another dentist or oral surgeon can offer a different perspective
• Understand the treatment plan: Why this method, what the risks and alternatives are, what follow-up looks like, and what to expect in terms of cost
• Weigh your options: Discuss surgery versus conservative monitoring with your clinician
• Proceed when you're ready: At an appropriate time, once any infection has cleared and you feel prepared

If a jaw cyst has been detected, or you're experiencing any of the symptoms described above, having it evaluated by a dentist or oral and maxillofacial surgeon is the most sensible next step. Early, accurate assessment tends to make the process smoother and supports better long-term outcomes.

This guide is educational and is not a substitute for an in-person clinical examination. Whether a treatment is right for you — and which approach makes sense — can only be confirmed by a qualified dentist who reviews your specific case, imaging and health history. If you are weighing your options, the most useful next step is a personalised assessment.

NexWell matches you to vetted partner clinics and can arrange a no-pressure free assessment of your situation.