Dr Hardeep Bhatta & Dr Allen Friesen
Suite 205 - 1465 Salisbury Ave
Port Coquitlam, BC V3B6J3
Periodontal (gum) disease is an infectious disease that progressively weakens the attachment of supporting tissues to the teeth, including gums, ligaments and bone. If not stopped, the loss of attachment will eventually lead to bone and tooth loss.
A thin layer of plaque that builds up on teeth (mainly due to poor oral hygiene habits) is the main breeding ground for the bacteria that cause gum disease. Our main treatment goal is to remove as much of this plaque as possible from tooth and gum surfaces. Much of the plaque can be removed using special hand or ultrasonic instruments that deep clean dental surfaces, including the roots. But while effective, these manual techniques may not address the full extent of infection, especially if the disease is well advanced.
If severe bone loss has already occurred, deep pockets of infection may have developed. As bone loss progresses, teeth with multiple roots may also develop an anatomical problem known as furcation invasions where the roots of the tooth branch off. If there continues to be signs of disease, like gum inflammation, bleeding or pus formation, it’s these hard to reach areas that may still be a problem even after extensive treatment. If so, we may need to take a different approach with antimicrobial or antibiotic products.
The most effective antimicrobial substance for reducing bacteria in biofilm is a chlorhexidine mouthrinse. The typical 0.12% solution is only available by prescription — if taken for a prolonged time it can result in tooth staining, affected taste or mouth irritation. To assure the solution reaches below the gum line, it will need to be applied by us in the office, followed up flushing irrigation of the affected area.
Another alternative is topically applied antibiotics that can stop or even reverse the progression of gum disease. There’s evidence that topical applications can penetrate into these deeper areas of infection. A common antibiotic used in this way is tetracycline, which has been shown to stop inflammation and infection.
These treatments don’t eliminate the need for mechanical cleaning, and the prolonged use of antibacterial products can have a detrimental effect on “good” bacteria (needed, for example, to complete the digestive process). It will depend on the extent of the gum disease to determine how successful conservative treatment may be. It’s also important that you contribute to your own dental health with a renewed daily oral hygiene habit.
If you would like more information on treatments for gum disease, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Treating Difficult Areas of Periodontal Disease.”
One of the many reasons for dental implant popularity is their reliability — studies have shown 95% of implants still function well after ten years. Still, on rare occasions an implant will fail. We can minimize this risk by taking precautions before, during and after installation.
Long-term success begins with careful planning before surgery. We thoroughly examine your teeth and jaws, using x-rays or CT scanning to map out the exact location of nerves, sinus cavities and other anatomical structures. Along with your medical history, this data will help us develop a precise guide to use during implant surgery.
We’ll also assess bone quality at the intended implant site. The implant needs an adequate amount of bone for support — without it the implant will not be able to withstand the biting force of normal chewing. It may be possible in some cases to use bone grafting or similar techniques to stimulate growth at the site, but sometimes other restoration options may need to be considered.
The surgery can also impact future reliability. By precisely following the surgical guide developed during the planning stage, the oral surgeon can increase the chances of success. Still, there may be an unseen variable in play — a pre-existing or post-operative infection, for example, that interferes with the integration of the implant with the bone. By carefully monitoring the healing process, we can detect if this has taken place; if so, the implant is removed, the area cleansed and the implant (or a wider implant) re-installed.
Even if all goes well with the implantation, there’s still a chance of future failure due to gum disease. Caused mainly by bacterial plaque, gum disease infects and inflames the supporting tissues around the teeth; in the case of implants it could eventually infect and weaken the surrounding bone, a condition known as peri-implantitis. This calls for aggressive treatment, including plaque and infected tissue removal, and possible surgery to repair the bone’s attachment to the implant. Without treatment, the implant could eventually detach from the weakened bone.
Maintaining your implants with good oral hygiene and regular dental checkups is the best insurance for long-term reliability. Taking care of them as you would natural teeth will help ensure a long, happy life for your “third set” of teeth.
If you would like more information on dental implants, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Dental Implants.”
Look around and you’ll find warning labels on lots of household items: alcoholic beverages, drain uncloggers, pesticides and pool toys (not to mention cigarettes and chainsaws). Now, California lawmakers are proposing to add one more item to the list: sugary soft drinks. A bill to that effect recently passed the California state Senate, and is presently headed to the Assembly. If approved by both houses and signed by the governor, it would require sugary beverages to carry a warning label.
The proposed label would read: “STATE OF CALIFORNIA SAFETY WARNING: Drinking beverages with added sugar(s) contributes to obesity, diabetes, and tooth decay.” It would appear on drink packaging and vending machines. While some may feel it’s an infringement on personal choice, recent polling seems to show that the tide of public opinion may have turned toward recognizing the potential health dangers of sugary drinks.
How real are those dangers? The medical groups sponsoring the bill (including the California Medical Association) point to numerous scientific studies showing, among other things, that:
No matter where you stand on the debate over warning labels, you should understand the potential dangers of consuming foods and beverages with added sugar. For years, dentists have been cautioning people to limit their intake of sugary treats, including sodas and other sweets. Initially, our warnings came from the standpoint of oral health. Now, we have evidence that many other health problems have the same cause. We want to share this information with you because we’re concerned about your overall health — not just your oral health. You can learn more by reading the Dear Doctor magazine article “Think Before You Drink.”
Nothing says confidence like a bright, beautiful smile. But problems with your teeth’s appearance — discoloration, abnormal shapes, or gaps — may be giving you reasons not to smile. If so, you may be a candidate for porcelain veneers.
A veneer is a thin covering of porcelain or other dental material permanently attached to the face of a tooth to improve its appearance. Veneers help resolve a variety of aesthetic issues: their life-like color can brighten dull, stained teeth; they can “lengthen” shortened teeth caused by wear or normalize congenitally misshapen teeth; they’re also helpful in reducing small gaps or used in conjunction with orthodontics for more serious misalignments.
The first step to a better smile with veneers is to assess your teeth’s current condition and develop a treatment plan. Your input is extremely important at this stage — what changes you believe would improve your smile. We would also offer valuable insight, based on our knowledge and experience, into what is realistically possible and aesthetically appealing regarding porcelain veneers.
Once you have decided to go forward, the next step is to prepare the teeth for attaching the veneers. Depending on their size and location, this preparation can range from no tooth structure removal to a relatively small amount of structure. If the latter is needed, we remove only what’s necessary to achieve the aesthetic result since structural reduction isn’t reversible.
After preparing an impression of your teeth, we would send it and other instructions to a dental technician to create the permanent veneers. In the meantime, we’ll install a temporary set for you to wear while the permanent set is under construction.
Once we attach the permanent veneers, they will adhere so securely a drill or laser would be needed to remove them. We achieve this attachment by creating microscopic pores on the face of the teeth and the inside of the veneer with a mild acid solution. The bonding cement seeps into these pores and creates a strong bond that virtually unites the tooth and veneer into one.
Although your new veneers are made to last, you’ll need to maintain them like your other teeth, with a little added caution when biting and chewing. All in all, though, you’ll be able to smile again with confidence — for many years to come.
If you would like more information on porcelain veneers, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Porcelain Veneers.”
Have you heard the news about red wine? Every so often, the fruit of the vine is touted for some potential health benefit. Several studies over the past few years have suggested that it could help prevent heart disease and even certain types of cancer — only to have their conclusions called into question by new research. Just recently, newspapers trumpeted a new study from the Journal of Agriculture and Food Chemistry suggesting that certain chemicals in the vino might one day be used to help prevent cavities!
So is red wine good for your health, or isn’t it?
The jury’s still out. But there’s one thing we do know: Regardless of whether it has any affect on cavities, red wine is one of the major culprits in tooth staining.
Of course, it’s not the only offender: Coffee and tea, tobacco in any form, certain foods and some types of medications can all cause extrinsic stains on teeth — that is, stains that affect the exterior surface of the tooth. In addition, intrinsic stainsā??those that arise from the interior of the tooth — may be caused by root canal problems, or by certain dental filling materials.
If you have stained teeth — whether from red wine or another cause — can you do anything to make them whiter?
Oftentimes, the answer is yes — but finding the best way to do so can be challenging. You can begin by identifying habits and dietary factors that could cause staining. Then, reduce or eliminate the stain-causing factors, and enhance the beneficial ones. For example: stop smoking, modify your diet, practice regular, effective oral hygiene… and come in to the dental office twice a year for a professional cleaning and check-up. In addition, check whether any of your medications could cause staining or reduced saliva flow — a major contributor to the problem.
If making these changes isn’t enough to control teeth staining, the good news is that a number of treatments are available that can help bring your teeth back to a pearly shine — or even give you the “Hollywood white” smile you’ve always wished for. Depending on the cause of your teeth staining, and your desired level of brightening, these treatments can range from professional bleaching to porcelain veneers.
If your smile needs a little help to look its brightest, contact us or schedule an appointment to find out what we can do. For more information, see the Dear Doctor magazine articles “Tooth Staining” and “Important Teeth Whitening Questions Answered.”
The preferred outcome when treating a tooth for decay is to preserve it. If the disease is still in its early stages, we can accomplish this effectively by removing diseased tissue and then restoring the remaining tooth with filling material.
There comes a point, however, when filling a tooth isn’t the best option. If it has already received several fillings, the tooth may have become too weak to receive another. Additionally, a filling may not be enough protection from further fracture or infection for teeth weakened from trauma or abnormal tooth wear or in the event a root canal treatment is necessary.
While a diseased tooth can be extracted and replaced with a durable and aesthetically pleasing dental implant, there may be another option to consider — installing a crown. Like a filling, a crown preserves what remains of a natural tooth, but with better protection, life expectancy and appearance than a filling.
Known also as a cap, a crown completely covers or “caps” a natural tooth. They’re produced in a variety of styles and materials to match the function and appearance of the capped tooth and adjacent teeth. Crowns made of porcelain are ideally suited for visible teeth because of their resemblance to tooth enamel. A less visible tooth that endures more biting force (like a back molar) may need the strength of a precious metal like gold or new-age porcelains that can also withstand significant biting forces. There are also hybrid crowns available that combine the strength of metal for biting surfaces and the life-like appearance of porcelain for the more visible areas of a tooth.
To prepare a tooth for a crown, we first remove any decayed structure and add bonding material to strengthen what remains. We then make a mold of the tooth and bite, which is typically sent to a dental technician as a guide for creating the permanent crown. Recent advances with digital technology have also made it possible to mill the permanent crown out of porcelain in the dental office while you wait.
After the permanent crown is received and permanently bonded to the tooth, you will have a protected and fully functional tooth. From this point on it’s important for you to clean and care for it as you would any other tooth since the underlying tooth is still at risk for decay. The good news is your tooth has been saved with a bonus — a long-term solution that’s also smile-transforming.
If you would like more information on crowns and other tooth restorations, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Crowns & Bridgework.”
You've probably never thought of the saliva swishing around in your mouth as amazing. The fact is, though, life would be a lot harder without it. Digestion would be quite unpleasant without its enzymes breaking down food during chewing; the soft tissues of our mouth would suffer more environmental abuse without its protective wash; and without its ability to neutralize acid, our tooth enamel would erode.
What's also amazing is what saliva can reveal about our health. As researchers discover more about this phenomenon, it's leading to better and less invasive ways to diagnose disease.
Similar to blood, saliva is composed of proteins containing RNA and DNA molecules which together hold the genetic instructions the human body needs to reproduce cells. We can therefore test saliva for health conditions as we do with blood, but with less invasive collection techniques and far less hazard to healthcare workers from blood-borne diseases. For example, doctors now have a saliva test that can detect the presence of HIV viruses that cause Acquired Immune Deficiency Syndrome (AIDS). Another saliva test will soon be available that can test for hepatitis.
Unfortunately, only a few such tests now exist. Researchers must first identify and then catalog saliva's biomarkers, protein molecules that correspond to specific health conditions — a daunting task since most are marked not by one but hundreds of proteins. Then it's a matter of developing diagnostic devices that can detect these biomarkers.
Although that too is a huge task, existing technology like mass spectrometry (already used to help detect early stages of oral cancer) could be a promising starting point. This process measures the portion of the light spectrum emitted by a molecule, a feature that could help identify a saliva protein by its emitted light signature.
Thanks to the work of these researchers, many of them in the dental profession, information about our bodies contained in saliva may soon be accessible. That accessibility may lead to earlier diagnoses and more successful treatment outcomes.
If you would like more information on saliva and your oral health, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Secrets of Saliva.”
According to popular culture, a root canal treatment is one of life’s most painful experiences. But popular culture is wrong — this common treatment doesn’t cause pain, it relieves it. Knowing the facts will help alleviate any anxiety you may feel if you’re scheduled to undergo the procedure.
A root canal treatment addresses a serious problem involving the pulp of a tooth that has become infected. The pulp is a system of blood vessels, nerves and connective tissues inside the tooth that helps the tooth maintain its vitality. It also contains a series of minute passageways known as root canals that interconnect with the body’s nervous system.
The pulp may become infected for a number of reasons: tooth decay, gum disease, repetitive dental procedures, or traumatic tooth damage. Once the pulp becomes irreversibly damaged it must be completely removed from the tooth and the root canals filled and sealed in order to save the tooth.
We begin the procedure by numbing the affected tooth and surrounding tissues with local anesthesia and placing a dental dam (a thin sheet of rubber or vinyl) over the area to isolate the tooth and prevent the spread of infection to other oral tissues. We then drill a small hole in the top of the tooth to access the pulp chamber. Using special instruments, we then remove the infected or dead pulp tissue through the access hole and then wash and cleanse the root canals and pulp chamber with antiseptic and antibacterial solutions.
After additional preparation, we fill the root canals and pulp chamber with a filling especially designed for this kind of treatment, usually a rubber-like substance called gutta-percha that easily molds and compresses when heated. We then seal the access hole with a temporary filling (until a permanent crown can be fashioned) to prevent infection from reentering the pulp space. After the procedure, you may experience some minor discomfort easily managed with over-the-counter pain relievers.
You’ll find the root canal treatment alleviates the symptoms prompted by the pulp infection, particularly acute pain. What’s more, a successful root canal will have achieved something even more crucial to your health — it will give your tooth a second chance at survival.
If you would like more information on root canal treatment, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “A step-By-Step Guide to Root Canal Treatment.”
This website includes materials that are protected by copyright, or other proprietary rights. Transmission or reproduction of protected items beyond that allowed by fair use, as defined in the copyright laws, requires the written permission of the copyright owners.