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.”
Periodontal (gum) disease causes more than simple gum swelling—this bacterial infection can harm and destroy your teeth’s supporting structures, including the bone. Its aggressiveness sometimes requires equally aggressive treatment.
Gum disease usually begins with dental plaque, a thin film of bacteria and food particles on tooth and gum surfaces. Without proper oral hygiene plaque builds up with large populations of bacteria that can trigger an infection.
The growth of this disease is often “silent,” meaning it may initially show no symptoms. If it does, it will normally be reddened, swollen and/or bleeding gums, and sometimes pain. A loose tooth is often a late sign the disease has severely damaged the gum ligaments and supporting bone, making tooth loss a distinct possibility.
If you’re diagnosed with gum disease, there is one primary treatment strategy—remove all detected plaque and calculus (tartar) from tooth and gum surfaces. This can take several sessions because as the gums begin responding to treatment and are less inflamed, more plaque and calculus may be discovered.
Plaque removal can involve various techniques depending on the depth of the infection within the gums. For surfaces above or just below the gum line, we often use a technique called scaling: manually removing plaque and calculus with specialized instruments called scalers. If the infection has progressed well below the gum line we may also use root planing, a technique for “shaving” plaque from root surfaces.
Once infection reaches these deeper levels it’s often difficult to access. Getting to it may require a surgical procedure known as flap surgery. We make incisions in the gums to form what looks like the flap of an envelope. By retracting this “flap” we can then access the root area of the tooth. After thoroughly cleansing the area of infection, we can do regenerative procedures to regain lost attachment. Then we suture the flap of gum tissue back into place.
Whatever its stage of development, it’s important to begin treatment of gum disease as soon as it’s detected. The earlier we can arrest its spread, the less likely we’ll need to employ these more invasive procedures. If you see any signs of gum disease as mentioned before, contact us as soon as possible for a full examination.
If you would like more information on preventing and 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 Difficult Areas of Periodontal Disease.”
Cardiovascular disease and periodontal (gum) disease are two different conditions with their own set of symptoms and outcomes. But they do share one common element: inflammation. In fact, this otherwise normal defensive response of the body might actually create a link between them.
When tissues become damaged from disease or injury, the body triggers inflammation to isolate them from the rest of the body. This allows these tissues to heal without affecting other tissues. If inflammation becomes chronic, however, it can damage rather than protect the body.
This happens with both cardiovascular disease and gum disease. In the former, low-density lipoproteins (LDL or “bad cholesterol”) in animal fat leave behind remnants that can build up within arteries. This stimulates inflammation of the vessel’s inner linings, which accelerates hardening and increases the risk of heart attack or stroke.
With gum disease, bacteria living in a thin, built-up film of food particles on the teeth called plaque infect the gum tissues, which in turn trigger inflammation. A struggle ensures between the infection and inflammation, causing the gum tissues to weaken and detach from the teeth. Coupled with erosion of the supporting bone, the risk of tooth loss dramatically increases.
Recent research now seems to indicate the inflammatory responses from these two diseases may not occur in isolation. There is evidence that gum inflammation could aggravate inflammation in the cardiovascular system, and vice-versa. The research, though, points to some possible good news: treating inflammation in either disease could have a positive effect on the other.
Making heart-friendly lifestyle changes like losing extra weight (especially around the waist), improving nutrition, and exercising regularly can help reduce LDL and lower the risk of arterial inflammation. Likewise for your gums, daily oral hygiene and visiting the dentist at least twice a year reduces the risk for gum disease. And at the first sign of a gum infection—swollen, reddened or bleeding gums—seeking immediate treatment will stop it and reduce any occurring inflammation.
Taking steps to prevent or reduce inflammation brought on by both of these diseases could improve your health and save your life.
If you would like more information on how your oral health affects your whole body, 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 Disease.”
If you’re over age 30 there’s a fifty percent chance you have periodontal (gum) disease—and you may not even know it. Without treatment this often “silent” bacterial infection could cause you to lose gum coverage, supporting bone volume or eventually your teeth.
That’s not to say there can’t be noticeable symptoms like swollen, red, bleeding or painful gums. But the surest way to know if you have gum disease, as well as how advanced it is, is to have us examine your gums with manual probing below the gum line.
Using a long metal device called a periodontal probe, we can detect if you’ve developed periodontal pockets. These are gaps created when the diseased gum’s attachment to teeth has weakened and begun to pull away. The increased void may become inflamed (swollen) and filled with infection.
During an exam we insert the probe, which has markings indicating depths in millimeters, into the naturally occurring space between tooth and gums called the sulcus. Normally, the sulcus extends only about 1-3 mm deep, so being able to probe deeper is a sign of a periodontal pocket. How deep we can probe can also tell us about the extent of the infection: if we can probe to 5 mm, you may have early to mild gum disease; 5-7 mm indicates moderate gum disease; and anything deeper is a sign of advanced disease.
Knowing periodontal pocket depth helps guide our treatment strategy. Our main goal is to remove bacterial plaque, a thin film of food particles that collects on teeth and is the main cause and continuing fuel for the infection. In mild to moderate cases this may only require the use of hand instruments called scalers to manually remove plaque from tooth surfaces.
If, however, our periodontal probing indicates deeper, advanced gum disease, we may need to include surgical procedures to access these infected areas through the gum tissue. By knowing the depth and extent of any periodontal pockets, we can determine whether or not to use these more invasive techniques.
Like many other health conditions, discovering gum disease early could help you avoid these more advanced procedures and limit the damage caused by the infection. Besides daily brushing and flossing to remove plaque and regular dental checkups, keep watch for signs of swollen or bleeding gums and contact us for an appointment as soon as possible. And be aware that if you smoke, your gums will not likely bleed or swell—that could make diagnosis more difficult.
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 article “Understanding Periodontal Pockets.”
While lasers still seem like science fiction, they’ve been used commercially (and medically) for decades. But there’s still room for growth in practical applications with this developing technology. One promising area is in the treatment of periodontal (gum) disease.
Gum disease is a bacterial infection triggered by plaque, a thin film of bacteria and food particles caused by inadequate oral hygiene. The disease is highly destructive and can eventually lead to both tooth and bone loss. Treatment procedures vary widely, but they all have the same goal: remove the offending plaque and calculus (tartar) from tooth and gum surfaces. Without plaque the infection subsides and the gums can heal.
For decades now, dentists have removed plaque and calculus manually with special hand instruments or ultrasonic equipment. If the disease has advanced below the gum line or formed deep voids filled with infection called periodontal pockets, the dentist may also employ surgical techniques to access the infected areas.
While all these techniques have a long track record for effectiveness, they can cause the inadvertent destruction of healthy tissue, as well as create discomfort for some patients afterward. This is where a new protocol called Laser Assisted New Attachment Procedure (LANAP®) may be able to make a difference in the future.
With the LANAP® protocol, surgeons direct a laser beam of light through a fiber optic the width of three human hairs onto diseased tissue. The particular color of light interacts with the tissue, which contains the darkly-pigmented bacteria causing the disease, and “vaporizes” it. The beam, however, passes harmlessly through lighter-pigmented healthy tissue; as a result diseased tissue is eradicated with little to no harm to adjacent healthy tissue.
With these capabilities, trained dentists using LANAP® for gum disease treatment might be able to achieve conventional results with less tissue removal and bleeding, less discomfort for patients, and less tissue shrinkage than traditional procedures — and without scalpels or sutures. And some post-surgical studies have indicated LANAP® might also encourage gum tissue regeneration in the months following.
LANAP®, however, is still developing and requires further research. Thus far, though, the results have been encouraging. As laser technology advances, it’s quite possible tomorrow’s patient may experience less discomfort and more effective healing with their gum disease treatment.
If you would like more information on gum disease 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 “Treating Gum Disease with Lasers.”