Posts for tag: gum disease
We’ve developed a number of effective treatments for periodontal (gum) disease. Depending on how far and deep a patient’s infection has advanced, treatment can be quite invasive and even require surgery. The more invasive, the longer and more uncomfortable the healing process can be.
But using a medical laser could make that less so. Although its use for gum disease treatment is still in its infancy, the latest observations from the field seem to show patients undergoing laser treatment may have less tissue trauma and bleeding, less discomfort after the procedure and quicker healing times.
Gum disease is a bacterial infection mostly caused by dental plaque, a thin film of food particles that build up on teeth in the absence of effective oral hygiene. The infection can advance deep below the gum line, weakening gum attachment to teeth and destroying supporting bone. Ultimately the affected teeth can be lost.
Traditionally, the only way to stop the disease is to manually remove plaque buildup on teeth and gum surfaces, which is continuing to sustain the infection, with special hand instruments called scalers or ultrasonic equipment. Because it’s important to remove as much plaque and diseased tissue as possible, we may need to perform a surgical procedure called flap surgery to move some of the gum tissues out of the way to get to these deeper areas. As with any surgery, this can create tissue trauma that may cause discomfort during the healing process.
Our new alternative is to use an Nd:YAG medical laser in a procedure known as Laser Assisted New Attachment Procedure or LANAP. With light energy delivered through a small fiber no more than the width of three human hairs, the laser can pinpoint diseased tissue and destroy bacteria through intense heat. Because of the laser beam’s tiny width and pulsing action, healthy tissue is at less risk for trauma than with the traditional treatment.
Coupled with other techniques, LANAP procedures could remove as much infected tissue and plaque as traditional methods, but with less healthy tissue trauma. In the future, then, patients with advanced gum disease undergoing laser treatment could have less bleeding and discomfort and faster healing times.
If you would like more information on treating 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 Gum Disease with Lasers.”
There’s only one way to effectively halt the progressive damage of periodontal (gum) disease — completely remove the bacterial plaque and hardened deposits (calculus) from above and below the gum line that are causing the infection. Although we can accomplish this in most cases with hand instruments called scalers, ultra-sonic equipment or both, some cases may require periodontal surgery to access and clean deeper “pockets” of infection.
As this damaging disease progresses, the supporting bone dissolves and the gum tissues will begin to detach from a tooth, leaving an open space known as a “periodontal pocket.” Besides plaque and calculus pus may also form as a result of the infection. All of this material must be removed from the pocket before healing and, hopefully, tissue reattachment can begin.
Shallow pockets near the gum line are usually accessed and cleaned with hand instruments. But deeper pockets (5 millimeters or greater in depth) may require a surgical procedure to completely clean the area also allowing for regenerative procedures to be done to regain attachment. This will reduce the depth of the periodontal pockets that will make them more accessible for future cleanings and maintenance. Flap surgery is a common type of such a procedure: a small opening (similar to the flap of a letter envelope) is surgically created in the gum tissue to expose the area of infection around the tooth root and bone.
There are also other types of periodontal surgery for repairing and stimulating regeneration of damaged gum tissues. Using grafts or other enhancements, these plastic surgical techniques are especially useful where gum tissues have receded above the natural gum line, leaving more of the underlying tooth below the enamel exposed to disease. These procedures have become more effective in recent years with the development of specialized technologies called “barrier membranes” and biologic growth factors. These materials have allowed bone grafts to be more successful as this technology is engineered for targeted tissue growth and repair, and then dissolve at an appropriate point in the regeneration process.
Periodontal surgery isn’t appropriate for every situation. Still, these procedures do play an important role for many patients to put a halt to the damage caused by gum disease.
If you would like more information on surgical procedures 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 “Periodontal Surgery: Where Art Meets Science.”
Dental implants are the ideal tooth replacement with their life-like appearance, high success rate and durability. If you have significant dental issues, they may seem like the perfect answer. But before you choose to replace a problem tooth with an implant, it might be to your benefit — financially and health-wise — to consider saving the tooth first.
Tooth decay can be a formidable enemy, destroying both tooth structure and the tooth’s connectivity to the jaw. But there are treatment options even for heavily decayed teeth, including cavity filling with composite resins or porcelain that look and function like natural teeth. For decay deep within a tooth’s interior, root canal therapy can rid the pulp chamber and root canals of decay and seal them from future occurrences. The treatment’s success rate is comparable to and less expensive than implants.
While decay damage can be significant, adult teeth are more at risk from periodontal (gum) disease, a gum infection caused by bacterial plaque on tooth surfaces. This disease can weaken gum tissues until they eventually detach from the teeth and lead to loss. Gum disease, though, can often be brought under control by techniques called scaling and root planing that deep clean tooth and root surfaces of plaque and calculus (hardened plaque deposits).
Scaling may require multiple sessions and will require a greater effort from the patient in performing daily oral hygiene and visiting the dentist regularly to closely monitor gum health. And more advanced cases may require surgery to access deep pockets of infection or repair damaged tissues. But even with this effort, treating gum disease rather than replacing a tooth could be much less costly — and you’ll be able to preserve your own teeth.
On the other hand, the disease process may have gone on too long and caused too much damage for the tooth to be saved. In these cases, the best option is to remove it and install a restoration like an implant. By first completing a complete dental examination, we’ll be better able to advise you whether your best course is a “tooth rescue” or a replacement.
Many people learn they have periodontal (gum) disease after noticing gum swelling, soreness or bleeding. But what you can see or feel may be only the tip of the iceberg — the damage may extend much deeper.
Gum disease is caused mainly by dental plaque, a thin film of bacteria and food particles built up on teeth due to ineffective brushing and flossing. Infection of the visible gums is only the beginning — left untreated, it can advance well below the gum line and even infect supporting bone.
One critical concern in this regard is the areas where the roots of a tooth separate from each other, known as furcations. Here an infection known as a furcation invasion can cause the bone to weaken and dissolve.
This usually occurs in stages (or classes) we can detect through manual probing and/or with x-rays. In the earliest stage, Class I, we might only notice a slight pocket in the gums with no significant bone loss. In Class II, though, the pocket between the roots has become a horizontal opening of two or more millimeters, indicating definite bone loss with increased pocket depth getting “under” the crown of the tooth. Class III, the last and most serious stage, describes an opening we can probe under the crown all the way to the other side of the tooth; the bone loss now extends “through and through” the furcation.
The basic goal of gum disease treatment is to remove plaque and calculus (tartar) from all tooth and gum surfaces. But removing plaque below the gum line, especially “into” the furcations, can be challenging. We will need instruments called scalers to clean root surfaces, assisted sometimes by ultrasonic equipment to vibrate plaque loose. With furcations we may also need to employ surgery to aid gum or bone tissue regeneration or to make the area easier to access for future cleaning.
Of course, the best way to protect against furcation invasions is to prevent gum disease in the first place. Be sure to brush and floss daily and visit us for thorough dental cleanings and checkups at least every six months.
And don’t delay contacting us if you see any signs of teeth or gum problems. The sooner we can identify gum disease, the more likely we’ll be able to prevent it from doing serious damage to your gums, bone and teeth.
If you would like more information on treating 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 “What are Furcations?”
The human body’s immune system has amazing defensive capabilities. Without it a common cold or small wound could turn deadly.
One of the more important processes of the immune system is inflammation, the body’s ability to isolate diseased or injured tissue from unaffected tissue. Ironically, though, this vital component of the healing process could actually cause harm if it becomes chronic.
This often happens with periodontal (gum) disease, an infection of the gums caused by bacterial plaque built up on teeth due to inadequate hygiene, which in turn triggers inflammation. The infection is often fueled by plaque, however, and can become difficult for the body to overcome on its own. A kind of trench warfare sets in between the body and the infection, resulting in continuing inflammation that can damage gum tissues. Untreated, the damage may eventually lead to tooth and bone loss.
In treating gum disease, our main goal is to stop the infection (and hence the inflammation) by aggressively removing plaque and calculus (tartar). Without plaque the infection diminishes, the inflammation subsides and the gums can begin to heal. This reduces the danger to teeth and bone and hopefully averts their loss.
But there’s another benefit of this treatment that could impact other inflammatory conditions in the body. Because all the body’s organic systems are interrelated, what occurs in one part affects another especially if it involves inflammation.
It’s now theorized that reducing gum inflammation could lessen inflammation in other parts of the body. Likewise, treating other conditions like high blood pressure and other risk factors for inflammatory diseases could lower your risk of gum disease and boost the effectiveness of treatment.
The real key is to improve and maintain your overall health, including your teeth and gums. Practice daily brushing and flossing to remove plaque, and visit your dentist regularly for more thorough cleanings. And see your dentist at the first sign of possible gum problems like bleeding, redness or swelling. You’ll not only be helping your mouth you could also be helping the rest of your body enjoy better health.
If you would like more information on the relationship between gum disease and other systemic conditions, 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 “The Link between Heart & Gum Diseases.”