Gum disease is a condition which causes pain, discomfort, and infection of the gums and, if left untreated, can contribute to tooth loss. While the early stages of gum disease, like gingivitis, can usually be treated with simply flossing regularly, you cannot treat the more advanced stage, called periodontitis, at home. Find out more about periodontitis, flap surgery, and whether this is the right treatment for you with Dr. Herbert Mendelson, Dr. Harold Mendelson, and Dr. Jeremy Rosenfeld at Mendelson Family Dentistry in Owning Mills, MD.
What is periodontitis?
The first stage of gum disease is a reversible condition called gingivitis. This stage produces bleeding, sore gums and usually clears up with regular flossing. If left untreated, gingivitis progresses into periodontitis, the more advanced stage of gum disease. At this stage, the gums pull away from the teeth to form pockets. Bacteria becomes trapped in the pockets, creating inflammation and infection. The body begins fighting off the bacteria which, in turn, damages the tooth’s bone and connective tissues, a process called atrophy. If left untreated, gum disease is a leading cause of tooth loss.
What is flap surgery?
Treating gum disease usually involves removing the offending decay. Removing the decay from the teeth gives the gums around them a chance to heal. Flap surgery for advanced periodontitis temporarily removes the gums from their positions over the teeth and allows your dentist to clean all the way up the tooth’s root. This method is thorough and effective in removing plaque but does require some downtime afterward. After your procedure, you will need to fully commit to a strong at-home oral care routine to avoid gum disease in the future. Your best defense against this condition is daily brushing and flossing with regular examinations by your dentist every six months.
Flap Surgery for Periodontitis in Owning Mills, MD
If you have the symptoms of gum disease, you could benefit from flap surgery. Symptoms include:
- unexplained bad breath
- swollen, irritated gums
- bleeding and tender gums
- loosened teeth
- sensitive teeth
- trouble chewing
- gums which recede or pull back from the tooth
For more information on flap surgery or how it can benefit you, please contact Dr. Herbert Mendelson, Dr. Harold Mendelson, and Dr. Jeremy Rosenfeld at Mendelson Family Dentistry in Owning Mills, MD. Call 410-356-4100 to schedule your appointment with your dentist today!
When they’re introducing a new movie, actors often take a moment to pay tribute to the people who helped make it happen — like, you know, their dentists. At least that’s what Charlize Theron did at the premiere of her new spy thriller, Atomic Blonde.
"I just want to take a quick moment to thank my dentists," she told a Los Angeles audience as they waited for the film to roll. "I don’t even know if they’re here, but I just want to say thank you."
Why did the starring actress/producer give a shout-out to her dental team? It seems she trained and fought so hard in the action sequences that she actually cracked two teeth!
“I had severe tooth pain, which I never had in my entire life,” Theron told an interviewer from Variety. At first, she thought it was a cavity — but later, she found out it was more serious: One tooth needed a root canal, and the other had to be extracted and replaced with a dental implant — but first, a bone grafting procedure was needed. “I had to put a donor bone in [the jaw] to heal,” she noted, “and then I had another surgery to put a metal screw in there.”
Although it might sound like the kind of treatment only an action hero would need, bone grafting is now a routine part of many dental implant procedures. The reason is that without a sufficient volume of good-quality bone, implant placement is difficult or impossible. That’s because the screw-like implant must be firmly joined with the jawbone, so it can support the replacement tooth.
Fortunately, dentists have a way to help your body build new bone: A relatively small amount of bone material can be placed in the missing tooth’s socket in a procedure called bone grafting. This may come from your own body or, more likely, it may be processed bone material from a laboratory. The donor material can be from a human, animal or synthetic source, but because of stringent processing techniques, the material is safe for human use. Once it is put in place your body takes over, using the grafted material as a scaffold on which to build new bone cells. If jawbone volume is insufficient for implants, it can often be restored to a viable point in a few months.
Better yet, when grafting material is placed in the tooth socket immediately after extraction, it can keep most of the bone loss from occurring in the first place, enabling an implant to be placed as soon as possible — even before the end of a movie’s shooting schedule.
Will Atomic Blonde prove to be an action-movie classic? Only time will tell. But one thing’s for sure: When Charlize Theron walks down the red carpet, she won’t have to worry about a gap in her smile.
If you have questions about bone grafting or dental implants, please contact our office or schedule a consultation. You can read more in the Dear Doctor magazine articles “Dental Implant Surgery” and “Immediate Dental Implant.”
If you’ve ever looked at younger photos of yourself, you’re sure to notice differences with your present appearance. Of course, your basic features might appear much the same. But maybe your lips seemed a little thicker back then, or your nose a bit less prominent.
This is because your facial features don’t stop growing when you reach adulthood—they continue to change throughout your life. For example, lips reach their maximum thickness by around age 14 for girls or age 16 for boys; they’ll remain at that level of thickness for a few years before gradually thinning throughout adulthood. The nose will also continue to grow, becoming more prominent especially as changes in the lower part of the face can make the chin appear shorter.
Although each of us ages at different rates and in different ways, these general physical trends are somewhat predictable. That’s why we can use the knowledge of how our facial physiology changes with age to fine tune orthodontic or other cosmetic dental treatments. The most optimum approach is to consider treatment in the early stages of bite development during childhood or early adolescence.
This means we’re doing more than correcting a patient’s current bite: we’re also taking into account how tooth movement now might affect the jaw and facial structures later in life. By incorporating our understanding of age-related changes into our treatment we might be able to provide some hedge against the effects of aging.
This approach starts with early comprehensive dental care, preferably before a child’s first birthday, and an orthodontic evaluation at around age 6 to assess bite development. It may also be necessary to initiate interceptive treatment at an early age to lessen or even eliminate a growing bite problem to help ease the extent of future treatment. And if a bite requires correction, early evaluation can help create a timetable for effective treatment in later years.
Taking this approach can correct problems now affecting both dental health and appearance. But by acknowledging the aging process in our treatments, we can build the foundation for a beautiful smile well into the future.
More than likely your great-grandparents, grandparents and even your parents had a common dental experience: when one of their teeth developed a cavity, their dentist removed the decayed portion (and maybe a little more) through drilling and then filled the cavity. In other words, treatment was mainly reactive—fix the problem when it occurred, then fix it again if it reoccurred.
You may have had similar experiences—but the chances are good your dentist’s approach is now quite different. Today’s tooth decay treatment is much more proactive: address first the issues that cause tooth decay, and if it does occur treat it with an eye on preventing it in the future.
This approach depends on maintaining equilibrium between two sets of competing factors that influence how your teeth may encounter tooth decay. This is known as the caries balance (caries being another name for tooth decay). On one side are factors that increase the risk of decay, known by the acronym BAD: Bad Bacteria that produce acid that dissolves the minerals in tooth enamel; Absence of Saliva, the body’s natural acid neutralizer; and Dietary Habits, especially foods with added sugars that feed bacteria, and acid that further weakens enamel.
There are also factors that decrease the risk of tooth decay, known by the acronym SAFE: Saliva and Sealants, which focuses on methods to boost low salivary flow and cover chewing surfaces prone to decay with sealant materials; Antimicrobials, rinses or other substances that reduce bad bacteria populations and encourage the growth of beneficial strains; Fluoride, increased intake or topical applications of this known enamel-strengthening chemical; and Effective Diet, reducing the amount and frequency of sugary or acidic foods and replacing them with more dental-friendly choices.
In effect, we employ a variety of techniques and materials that inhibit BAD factors and support SAFE ones. The foundation for prevention, though, remains the same as it was for past family generations—practice effective oral hygiene by brushing and flossing daily and regular dental cleanings and checkups to keep bacterial plaque from accumulating and growing. Your own diligent daily care rounds out this more effective way that could change your family history of tooth decay for you and future generations.
After months of wearing braces it's time for the big reveal: your new and improved smile! Your once crooked teeth are now straight and uniform.
But a look in the mirror at your straighter teeth might still reveal something out of place: small chalky-white spots dotting the enamel. These are most likely white spot lesions (WSLs), points on the enamel that have incurred mineral loss. It happens because mouth acid shielded by your braces contacted the teeth at those points for too long.
Most mouth acid is the waste product of bacteria that thrive in dental plaque, a thin film of food particles that can build up on tooth surfaces. High levels of acid are a definite sign that plaque hasn't been removed effectively through brushing and flossing.
But normal hygiene can be difficult while wearing braces: it's not easy to maneuver around brackets and wires to reach every area of tooth surface. Specialized tooth brushes can help, as well as floss threaders that help maneuver floss more easily through the wires. A water irrigator that uses pulsating water to remove plaque between teeth is another option.
However, if in spite of stepped-up hygiene efforts WSLs still develop, we can treat them when we've removed your braces. One way is to help re-mineralize the affected tooth surfaces through over-the-counter or prescription fluoride pastes or gels. It's also possible re-mineralization will occur naturally without external help.
While your teeth are sound, their appearance might be diminished by WSLs. We can improve this by injecting a liquid tooth-colored resin below the enamel surface. After hardening with a curing light, the spot will appear less opaque and more like a normal translucent tooth surface. In extreme cases we may need to consider porcelain veneers to cosmetically improve the tooth appearance.
In the meantime while wearing braces, practice thorough dental hygiene and keep up your regular cleaning visits with your general dentist. If you do notice any unusual white spots around your braces, be sure to see your dentist or orthodontist as soon as possible.
If you would like more information on dental care during orthodontic 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 “White Spots on Teeth during Orthodontic 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.