1) The visit starts with your history and symptoms

The first step is usually a conversation. Your dentist reviews your medical and dental history, current symptoms, home care routine, and risk factors such as smoking, dry mouth, diabetes, pregnancy, recent dental changes, and whether you notice bleeding, bad breath, tenderness, or food catching between teeth. This helps the dentist understand the full picture before looking closely at the gums.

2) The dentist looks closely at the gums and plaque

Next comes a visual exam. The dentist checks for plaque, calculus, redness, swelling, gum recession, bleeding, drainage, tooth mobility, and areas that trap food. These signs can suggest inflammation, but they do not by themselves show how far the problem has progressed.

3) Periodontal probing measures gum pockets

A small measuring tool is gently placed around each tooth to check pocket depth and whether the gums bleed on probing. In simple terms, pocket depth helps show how much space there is between the tooth and gum. Bleeding on probing can suggest active inflammation. Measuring and charting the gums is a standard part of diagnosing and monitoring periodontitis.

4) Selective x-rays add information you cannot see

Not every patient needs x-rays at the first gum visit, but the dentist may recommend them when more information would help. X-rays can help show bone loss or other problems that are not visible during a routine look in the mouth. They are used together with the exam and probing results, not instead of them.

How dentists decide between gingivitis and periodontitis

The diagnosis comes from several findings together: your history, what the gums look like, pocket measurements, bleeding, and any x-ray changes. Gingivitis usually means inflammation without the bone loss seen in periodontitis. Periodontitis is considered when there is evidence that the supporting tissues have been affected. Because no single sign tells the whole story, dentists interpret the findings as a group.

What treatment planning may look like next

If the exam suggests gingivitis, the next steps may focus on better daily cleaning, a professional cleaning, and a follow-up visit to check whether the gums calm down. If periodontitis is suspected or confirmed, the plan may include more detailed cleaning around the teeth, closer follow-up, and a periodontal treatment plan based on how far the disease has progressed. The first visit is about building that plan, not jumping straight to one procedure.

Hamilton next step

If you live in Hamilton and think you may have gum disease, reviewing periodontal treatment can help you understand the next steps after the exam. If you are not sure whether bleeding gums are just irritation or something more, a dentist can sort that out with a history, exam, probing, and selective x-rays when needed.

What to ask at your appointment

You may want to ask: Do my gums look more like gingivitis or periodontitis? Which areas need the closest follow-up? Do I need x-rays today, or is the exam enough for now? What should I change at home before the next visit?

Key sources

• Government of Canada — Gum diseases
• PubMed — Conventional diagnostic criteria for periodontal diseases
• American Dental Association — X-rays/Radiographs

This article is for general education only and does not replace personalized advice, diagnosis, or treatment from a licensed dentist.

What dentists check first

Diagnosis starts with your story: when the pain began, whether it is sharp or throbbing, whether it wakes you at night, and whether hot, cold, biting, or chewing make it worse. The exam may include looking for decay, cracks, swelling, gum changes, and tenderness when the tooth is tapped or when you bite. X-rays are often needed, but they are only one piece of the picture. The Royal College of Dental Surgeons of Ontario notes that treatment planning depends on the clinical exam and radiographic findings together.

When root canal treatment may be the save-the-tooth option

If the tooth is still restorable, root canal treatment may be part of the plan. In plain language, that means the nerve tissue inside the tooth is treated, and then the tooth is rebuilt so it can function again. The Canadian Dental Association explains that root canal treatment can save some teeth that would otherwise need to be removed. Even so, the long-term outlook depends on the tooth, how much structure is left, and how well it can be restored afterward. A root canal tooth often still needs a strong final restoration, such as a crown or another durable filling.

Root canal treatment may be worth discussing when the tooth can be saved and rebuilt.

When extraction may be the more predictable choice

Extraction may be recommended when the tooth cannot be restored reliably, such as when decay or fracture has destroyed too much of the tooth, or when a crack extends too far for the tooth to remain functional. Removing the tooth can make sense when keeping it would likely lead to repeated problems. That is not a failure; it is sometimes the more practical choice. After extraction, your dentist can talk with you about whether replacement should be discussed later so the bite and the space stay stable.

Questions to ask before you decide

• Can this tooth be saved?
• What did the x-rays show, and do you need more imaging?
• What are the pros and cons of root canal treatment versus extraction for this tooth?
• If the tooth is removed, what happens next?

When not to wait

Call promptly if tooth pain comes with swelling, fever, spreading facial pain, or trouble swallowing. Those signs can mean the problem is worsening and should be assessed soon.

If you are in Hamilton and a tooth is hurting, Excel Dental can help review the exam findings and talk through the options in plain language. If you want to understand the procedure itself, see our page on root canal treatment, then book an appointment to review the tooth, the x-rays, and your choices.

Key sources

• Royal College of Dental Surgeons of Ontario — Diagnosis and Treatment Planning
• Canadian Dental Association — Root Canal Treatment
• MedlinePlus — Toothaches
• PubMed — Tooth Survival After Endodontic Treatment

This article is for general education only and does not replace personalized advice, diagnosis, or treatment from a licensed dentist.

Why the first visit starts with questions

The dentist or dental team will usually begin by asking about your health history, medications, previous dental work, and the symptoms that brought you in. That can include pain, bleeding gums, tooth sensitivity, jaw soreness, dry mouth, broken fillings, or a tooth that feels different when you bite.

This part matters because the exam is not just about looking at teeth. It is also about understanding the whole picture: what has changed, what has been bothering you, and what records or old treatment history may help explain what the dentist sees.

What the exam usually checks

At a returning new-patient exam, the dentist typically checks the teeth, gums, bite, and soft tissues inside the mouth. That may include looking for decay, worn edges, cracks, signs of infection, gum inflammation, recession, loose fillings, and areas that need closer follow-up.

Many exams also include an oral cancer screening. This is an important screening step, but it is not a diagnosis. It helps the dentist look for changes that should be monitored or examined more closely.

How x-rays are decided

X-rays are not automatic for everyone. They are usually based on your symptoms, clinical exam, risk factors, and whether the dentist needs more information than a visual exam can provide. The Royal College of Dental Surgeons of Ontario emphasizes that dental radiographs should be prescribed based on clinical judgment, history, and the individual patient’s needs.

That means two people coming back after years away may not get the same x-rays, and that is normal. If you recently had records from another office, those can sometimes help the dentist decide what is still useful and what may need to be updated.

What to bring and how to prepare

You do not need to prepare perfectly. A short list is enough:

• your current medication list, including over-the-counter products and supplements
• any recent health changes or diagnoses
• a list of symptoms, even if they seem minor
• questions about bleeding gums, sensitivity, bad breath, or old dental work
• old dental records or recent x-rays, if you can get them easily

If one tooth has been bothering you, it helps to note when it hurts, what triggers it, and whether it is getting worse. That small detail can make the exam more useful.

What happens after the exam

After the exam, the dentist should explain what was found in plain language. You may hear that everything is stable, that a few areas need monitoring, or that some treatment is worth discussing next. The point is to leave with a clearer plan, not a guessing game.

Follow-up timing is also individualized. The Canadian Dental Association says recall timing should be based on risk and findings, not one fixed schedule for everyone. Some patients benefit from a sooner return visit, while others may be fine on a different timeline. Your dentist should explain why.

A calm next step in Hamilton

If you have been away from dental care and want a fresh starting point, booking a routine exam is a practical first move. In Hamilton, Excel Dental can help you review your concerns, get organized, and decide on next steps through our general dentistry visits. If you feel nervous about coming back, say so when you book — that helps the team plan a visit that feels more manageable.

Key sources

• Canadian Dental Association — The Dental Exam Overview
• Royal College of Dental Surgeons of Ontario — Prescribing and Taking Dental Radiographs
• Government of Canada — Oral Cancer

This article is for general education only and does not replace personalized advice, diagnosis, or treatment from a licensed dentist.

Many patients hear the words 3D scan and are not sure what that really means or why it is being recommended. In dentistry, a CBCT scan is usually ordered for a specific reason. It is not meant to be a routine screening test for every checkup.

If a dentist recommends CBCT imaging, an important question to ask is simple: how will this scan change the diagnosis or treatment plan? In many cases, regular dental X-rays are still the right first step. A cone beam CT scan is usually worth considering when standard 2D images do not answer the clinical question clearly enough.

What a CBCT scan is

CBCT stands for cone beam computed tomography. In plain language, it is a dental scan that creates 3D views of teeth, roots, jawbone, air spaces, and nearby structures such as nerves and sinuses.

Regular dental X-rays flatten a three-dimensional area into a two-dimensional picture. That works well for many everyday needs, including cavity checks, gum and bone monitoring, and many routine dental exams. But sometimes a flat image does not show the full shape, position, or relationship of structures. That is where a CBCT scan may help.

The goal is not to replace regular X-rays. The goal is to answer a question that a regular X-ray cannot answer well enough.

How CBCT differs from regular dental X-rays

Traditional dental X-rays are often quicker, simpler, and lower dose. They are appropriate for many common situations. Health Canada explains that dental X-rays should be based on a clinical exam and used when they are needed for diagnosis, treatment, or monitoring, rather than as routine screening without a reason.

CBCT adds depth. Instead of showing one flattened view, it can help your dentist examine an area from multiple angles and measure structures more precisely. That can be especially useful when treatment is more complex, anatomy is unusual, or symptoms do not match what appears on standard images.

Still, more information is not always better. A 3D scan is appropriate only when it is expected to provide useful information that may affect care.

When CBCT may be worth considering

A CBCT scan is usually recommended because your dentist is trying to answer a specific planning or diagnostic question. Common patient-facing examples include the following.

Implant planning

Before placing a dental implant, it may be important to know how much bone is available, what the bone shape looks like, and where nearby structures sit. A 3D scan may help measure available bone and identify the position of the sinus in the upper jaw or the nerve canal in the lower jaw.

This does not mean every implant case needs CBCT imaging. But when the amount of bone, the angulation, or the surrounding anatomy is uncertain, 3D treatment planning may provide information that changes the approach.

Selected root canal problems

Most root canal evaluations still begin with a clinical exam and regular dental X-rays. In selected cases, though, CBCT may help when symptoms persist, when the anatomy appears unusual, when treatment has already been done and healing is uncertain, or when a complication is suspected.

The recent AAE-AAOMR update on CBCT in endodontics supports selective use in cases where 3D information may improve diagnosis or planning. It does not suggest that CBCT is routine for every root canal case. It also does not mean a scan can find every crack, every infection, or every cause of pain.

Impacted wisdom teeth and other impacted teeth

When a tooth is impacted, its relationship to nearby roots, bone, and nerves can matter. A CBCT scan may help show whether a wisdom tooth sits close to the lower jaw nerve or whether another impacted tooth is positioned in a way that could affect neighboring teeth.

That extra detail may help with risk assessment and surgical planning, especially when regular imaging leaves uncertainty.

Complex extractions and oral surgery

Some extractions are straightforward. Others involve curved roots, unusual anatomy, close proximity to important structures, or previous treatment in the area. In more complex surgical cases, a 3D scan may help your dentist or specialist plan access more carefully before treatment begins.

Jawbone assessment and unclear anatomy

Sometimes the main issue is not a tooth alone. A dentist may need a better view of bone shape, sinus anatomy, root position, or a hard-to-interpret area on a regular X-ray. If the anatomy is not clear in 2D, CBCT may help provide a more complete picture.

What 3D treatment planning can show

When a CBCT scan is appropriate, it may help your dental team:

• measure bone height and width
• locate the mandibular nerve or maxillary sinus
• understand the position of impacted teeth
• evaluate root shape and root curvature
• assess selected complications after prior treatment
• compare structures from different angles before surgery or implant treatment

In practical terms, this can help the team plan where to work, how much space is available, and what anatomical limitations need extra attention.

That said, CBCT is a planning tool, not a guarantee. It may improve decision-making in selected situations, but it does not replace clinical judgment or make treatment risk-free.

What CBCT cannot do

It is easy to assume that a 3D scan answers everything. It does not.

CBCT is not a routine screening tool for healthy patients without a specific need. It does not replace a clinical exam. It does not replace standard checkup X-rays for most patients. It also does not detect every cause of pain, every small fracture, or every early problem.

Whether a scan is helpful depends on the question being asked, the quality of the scan, the field of view, the area being studied, and who is interpreting it.

Radiation and safety in plain language

Dental imaging uses ionizing radiation, so it should always be justified. Health Canada Safety Code 30 is clear that CBCT should be prescribed only when the clinical objective cannot be met satisfactorily by lower-dose dental imaging such as intra-oral or panoramic X-rays.

That principle matters for families. It means the right scan is not the biggest scan. It is the simplest scan that can answer the question well enough.

Health Canada also advises that dental X-rays should follow a clinical exam and should not be done as routine screening without a patient-specific reason. When imaging is appropriate, the scan settings should be optimized to reduce exposure while still providing enough diagnostic information.

For CBCT, that often means using the smallest appropriate field of view and the lowest resolution setting that still meets the clinical objective. In everyday terms, the scan should cover only the area that needs to be studied, not more.

Why interpretation matters

A CBCT scan often captures more than one tooth or one small area. That can be helpful, but it also means the scan may show findings outside the original area of concern.

Some of these findings turn out to be minor or unrelated. Others may need follow-up. A recent study on incidental findings in CBCT for implant planning supports the idea that scans can reveal additional issues beyond the immediate treatment site. This is one reason proper interpretation matters.

Patients should expect their dentist to explain who will review the scan, whether a report is needed, and how any unexpected findings will be communicated.

How referrals and communication work in Ontario

In Ontario, CBCT referrals should include clear clinical information. The RCDSO guidance on CBCT scan referrals explains that the request should include the type of scan being requested and pertinent clinical details such as case history, provisional diagnosis, and proposed treatment.

The RCDSO also notes that recent relevant images in the area of interest should accompany the referral when available. This helps the prescribing dentist decide whether CBCT is clinically necessary, choose an appropriate field of view, and correlate findings with existing X-rays.

For patients, this means communication between providers is part of good care. If you are being referred for a scan, it is reasonable to ask what question the scan is meant to answer and who will discuss the results with you.

Questions to ask before agreeing to a CBCT scan

If a 3D scan is recommended, these questions can help you understand the reason for it:

• What specific question are you trying to answer with this scan?
• How might the scan change my diagnosis or treatment plan?
• Have regular X-rays already been reviewed, and why are they not enough in my case?
• What area will be scanned?
• Will the scan use a limited field of view when appropriate?
• Who will interpret the scan and explain the results?
• If something unrelated is found, how will follow-up be handled?
• Are there reasonable alternatives in my situation?

The bottom line for Hamilton patients and families

A CBCT scan can be very helpful when it is used selectively and for a clear reason. It may support diagnosis and 3D treatment planning in situations such as implant planning, selected endodontic problems, impacted teeth, complex surgery, and unclear anatomy that regular X-rays do not show well enough.

For many common dental visits, though, routine 2D X-rays remain the right choice. A CBCT scan is not automatically better just because it is newer or more detailed.

The most useful question to ask is whether the scan is expected to change care in a meaningful way. If the answer is yes, and the scan is tailored to the smallest appropriate area, CBCT may be a reasonable part of careful, evidence-based treatment planning.

If you have been told you may need a 3D dental scan, bring your questions to the appointment. A good discussion should cover the purpose of the scan, the area being imaged, the possible benefits, the limitations, and how the results will be reviewed in the context of your overall dental health.

Sources

• Health Canada Safety Code 30
• Health Canada Medical and Dental X-rays
• RCDSO CBCT Scan Referrals
• ADA-AAOMR Clinical Recommendations on Dental Radiography and CBCT
• AAE-AAOMR CBCT in Endodontics 2025 Update
• Incidental Findings in CBCT for Implant Planning
• Low-Dose CBCT for Implant Planning Systematic Review

This article is for general education only and does not replace personalized advice, diagnosis, or treatment from a licensed dentist.

Artificial intelligence, often called AI, is now a real topic in dental regulation and professional guidance in Ontario. In March 2025, the Royal College of Dental Surgeons of Ontario, or RCDSO, reported that it had developed draft guidance on artificial intelligence in dentistry to help dentists use these tools responsibly and ethically. The RCDSO also noted very strong professional interest in the topic through its education programming.

For patients and families in Hamilton, that matters because it means AI is not just a marketing term. It is being discussed as a practical, ethical, and clinical issue. The important point is that AI in dentistry is being treated as a support tool that must fit within professional standards, not as a replacement for clinical care.

What AI in dentistry usually means in a dental office

In plain language, AI in dentistry usually means software that helps analyze dental images such as X-rays. It may highlight areas that look suspicious for decay, bone changes, or other findings so the dentist can review them more carefully.

Right now, the strongest use case is image interpretation support. In other words, AI may act like a second set of eyes on a radiograph. It does not know your symptoms, your medical history, how long a problem has been present, whether a tooth responds normally on testing, or what matters most to you when making treatment decisions.

That is why AI support is very different from an independent diagnosis. A diagnosis still depends on the clinical exam, your history, risk factors, the quality and type of image taken, and the dentist’s judgment.

Where AI may help: reviewing radiographs for possible caries or periapical findings

Recent research suggests that AI shows promise in selected imaging tasks, especially when reviewing dental radiographs. A 2025 systematic review and meta-analysis on AI for caries detection found encouraging accuracy overall, but also substantial variation between studies. That variation matters because it means results may not be the same across different image types, software systems, patient populations, and office settings.

A broader 2024 systematic review of AI in dentomaxillofacial imaging found that many studies focused on narrow imaging tasks such as tooth identification, cephalometric landmarks, and lesion detection, including periapical findings. The review concluded that results were promising, but that further studies are still needed before these models can be confidently integrated into everyday practice across real-world scenarios.

For patients, the practical takeaway is simple. AI may help your dentist review an image more consistently or notice an area worth a second look. That is useful, but it is not the same as proving better long-term health outcomes for every patient.

What the newer evidence shows: modest improvement, especially fewer false positives in one 2025 trial

One of the more useful newer studies for patients is a 2025 randomized controlled trial on diagnosing periapical radiolucencies on panoramic radiographs. In that study, AI assistance improved overall diagnostic accuracy from 91.6 percent without AI to 93.3 percent with AI. The main improvement was a reduction in false positives, meaning dentists were less likely to incorrectly label a finding as disease when AI support was available. Sensitivity stayed about the same.

The same trial found that less experienced dentists benefited the most, and AI support was associated with more conservative treatment decisions. That is encouraging because fewer false positives may reduce the chance of overtreatment in some situations.

Still, this was one study on one type of finding, using one imaging context. It should not be treated as proof that AI improves all areas of dental diagnosis or treatment planning.

Why the evidence is promising but still limited

The current evidence base is growing, but it has important limits. Many studies look at how well software performs on image interpretation tasks rather than whether patients do better over time. Studies also differ in the types of radiographs used, the quality of the datasets, the reference standards, and the experience level of the dentists involved.

In the 2025 caries review, statistical heterogeneity was high, which is a technical way of saying the study results varied a lot. When that happens, it becomes harder to apply one summary number to every patient and every practice.

That is why a careful, evidence-based message is more helpful than hype. AI may be useful in certain tasks, especially radiographic review, but real-world clinical benefit is still being clarified.

What AI cannot do on its own: diagnose you as a whole person or choose treatment in context

Good dental care is about more than reading an image. A small shadow on an X-ray can mean different things depending on whether you have pain, swelling, a cracked tooth, past root canal treatment, a history of frequent decay, dry mouth, gum disease, trauma, or other risk factors.

AI cannot examine your mouth, test a tooth, feel a swelling, discuss your goals, or weigh treatment options in the context of your health and preferences. It also cannot replace informed consent. Even if software flags a possible problem, your dentist still needs to explain what was seen, how certain the finding is, what the alternatives are, and whether monitoring, additional testing, or treatment makes sense.

Just as important, AI does not make unnecessary X-rays appropriate. Choosing Wisely Canada recommends that dental X-rays and other imaging be prescribed based on each patient’s medical and dental history, clinical findings, and risk assessment, not on a routine schedule. Technology should support justified care, not expand imaging without a reason.

Questions patients can ask if AI is mentioned during their visit

If your dentist mentions AI, it is reasonable to ask a few practical questions:

• How is the software being used in my case?
• What did the software flag on the X-ray?
• What do you agree with, and what do you disagree with?
• How certain are you that this finding is clinically important?
• Would your recommendation change without the software?
• Do I need this image based on my symptoms and risk factors?

These questions support shared decision-making. They can help patients understand the difference between a software prompt and a clinical diagnosis.

Bottom line: useful support tool, not a substitute for evidence-based dental care

For patients in Hamilton, the most accurate way to think about AI in dentistry today is as a support tool. It may serve as a second set of eyes for some X-rays, and newer research suggests it can modestly improve performance in certain imaging tasks, especially by reducing some false positives. That said, the evidence is still evolving, and the benefits are not uniform across every condition or setting.

The final diagnosis and treatment plan should still come from a dentist who reviews your symptoms, examines you, considers your history and risk factors, and explains your options clearly. Good care still starts with the right exam, the right radiographs when they are actually indicated, and a thoughtful conversation about what is best for you.

Sources

• RCDSO Council Highlights for March 27, 2025
• RCDSO Connect Webinar Series
• Impact of artificial intelligence assistance on diagnosing periapical radiolucencies: A randomized controlled trial
• Accuracy of artificial intelligence in caries detection: a systematic review and meta-analysis
• Applications of artificial intelligence in dentomaxillofacial imaging: a systematic review
• Choosing Wisely Canada: Dentistry Recommendations

CBCT stands for cone beam computed tomography. It is a specialized type of dental imaging that creates detailed three dimensional images of your teeth, jawbone, nerves, and surrounding structures.

Unlike traditional dental X-rays, which produce flat two dimensional pictures, a CBCT scan allows your dentist to see structures from multiple angles. This can be very helpful when planning certain treatments or investigating complex dental problems.

As a dentist practicing in Hamilton since 1986, I use CBCT selectively and only when the additional information will meaningfully improve diagnosis or treatment planning. It is not needed for every patient or every dental visit.

How CBCT Is Different from Regular Dental X-rays

Standard dental X-rays are excellent for detecting cavities, monitoring bone levels around teeth, and identifying many common conditions. They use a relatively low radiation dose and remain the first line imaging choice for most routine care.

A CBCT scan captures a larger volume and produces a three dimensional image. This allows us to:

• See the exact position of impacted teeth
• Assess bone volume before placing dental implants
• Evaluate complex root canal anatomy
• Examine jaw joint structures in selected cases
• Investigate pathology such as cysts or unusual lesions

Because CBCT involves more radiation than routine dental X-rays, professional guidelines emphasize that it should only be used when the expected diagnostic benefit outweighs the risk.

When Is a CBCT Scan Recommended?

According to guidance from the Royal College of Dental Surgeons of Ontario and recommendations from professional organizations such as the American Association of Endodontists and the American Association of Oral and Maxillofacial Surgeons, CBCT should be used when conventional imaging does not provide enough information.

Common evidence supported uses include:

• Dental implants. CBCT helps measure bone height and width and identify important structures like the inferior alveolar nerve or sinus cavities before surgery.
• Complex root canal cases. The American Association of Endodontists notes that CBCT can help identify extra canals, root fractures, or persistent infections when standard imaging is inconclusive.
• Impacted teeth. For example, wisdom teeth near major nerves.
• Assessment of jaw pathology. Suspicious cysts, tumors, or bone abnormalities sometimes require three dimensional imaging.
• Orthodontic assessment in selected cases. Particularly when evaluating impacted canines or complex skeletal relationships.

CBCT is not recommended for routine screening. Choosing Wisely Canada advises that imaging should be based on individual risk and clinical findings, not used automatically.

Is CBCT Safe?

All X-ray based imaging involves radiation exposure. The key principle in dentistry is ALARA, which stands for As Low As Reasonably Achievable. This means we only prescribe imaging when it is justified and we use the lowest effective dose.

CBCT generally involves more radiation than a single dental X-ray but significantly less than a hospital based medical CT scan. The exact dose depends on the machine settings and the size of the area scanned.

Regulatory standards in Ontario, including guidance from the Royal College of Dental Surgeons of Ontario, require dentists to justify and document the need for CBCT imaging and to ensure appropriate training in interpretation.

For children and adolescents, extra care is taken. The decision to use CBCT must be carefully considered because younger patients are more sensitive to radiation. In many cases, conventional imaging is sufficient.

How a CBCT Scan Works

The scan itself is quick and comfortable. You will either sit or stand while the machine rotates around your head for about 20 to 40 seconds. You do not need needles or contrast dye.

The resulting images are processed into a three dimensional model that can be viewed on a computer. This allows your dentist to examine cross sections and measure structures with precision.

Why Accurate Imaging Matters for Overall Health

Precise diagnosis supports safer and more predictable treatment. For example:

• In implant dentistry, accurate bone measurements reduce the risk of damaging nearby nerves or sinus cavities.
• In endodontics, identifying hidden canals can help resolve persistent infection and reduce the need for retreatment.

Oral infections and untreated dental disease can affect overall wellbeing. Public Health Ontario and the Government of Canada both emphasize the importance of early diagnosis and appropriate treatment in maintaining oral health as part of overall health. CBCT is one tool that can assist when complex conditions are present, but it is not a substitute for preventive care.

Questions to Ask Your Dentist About CBCT

If your dentist recommends a CBCT scan, consider asking:

• Why is this scan necessary in my specific case?
• Would regular X-rays provide enough information?
• How will the results change my treatment plan?
• What are the radiation considerations for me or my child?

An evidence based approach means imaging should always be tied to a clear clinical reason.

Balanced, Individualized Care in Hamilton

Every patient is different. Some dental conditions are straightforward and can be managed with conventional imaging. Others are more complex and benefit from three dimensional assessment.

My goal is always to combine careful clinical examination, appropriate imaging, and open discussion so you can make informed decisions about your care. CBCT is a powerful diagnostic tool when used thoughtfully and responsibly.

This article is for general education only and does not replace personalized advice, diagnosis, or treatment from a licensed dentist.

Sources

• Royal College of Dental Surgeons of Ontario Standards and Guidance
• Choosing Wisely Canada Dentistry Recommendations
• American Association of Endodontists Guidelines and Position Statements
• American Association of Oral and Maxillofacial Surgeons Parameters of Care
• Public Health Ontario Oral Health

This article is for general education only and does not replace personalized advice, diagnosis, or treatment from a licensed dentist.