Posts Tagged ‘salisbury dentist’

Gum Disease and Premature Birth

Monday, November 9th, 2009

Studies on the link between periodontal disease and preterm birth have produced conflicting results. Although some show that women with gum disease are more likely to deliver a baby before term — which sets up the baby for health risks — others have not found a link. Studies are ongoing.

Despite those conflicting results, other research has found that treating periodontal disease in pregnant women helps them carry their infants to term. In a recent study, researchers found that women with periodontal disease who completed periodontal treatment before the 35th week were less likely to deliver their babies before term than those with periodontal disease who did not get treatment.

Source: http://www.webmd.com/

Anderson Dental Group

Periodontal Disease and RA

Monday, November 9th, 2009

Rheumatoid arthritis (RA) is an autoimmune disease marked by inflammation and painful joints. People with RA are more likely to have periodontal disease, and one study found that they had more missing teeth than people who don’t have RA.

Chronic inflammation is common to both conditions. Although scientists haven’t found evidence that one condition causes the other, a 2009 study found that people with a severe form of RA had less pain, swelling, and morning stiffness after their periodontal disease was treated.

Source: http://www.webmd.com/

Anderson Dental Group

Guide to Dental Cavities and Fillings

Monday, November 9th, 2009

There are very few things that people do every single day. This small collection contains things like eating, sleeping and breathing. So, it is amazing that, for nearly everyone in the U.S., tooth brushing falls into this category. Why, you might ask, has tooth brushing gained such tremendous importance — so much so that you have memories of tooth brushing from your earliest childhood? Because of the dreaded cavity — no one wants cavities when they visit the dentist!

Dental cavities, or caries, have plagued mankind for thousands of years. Fossilized remains of men and women from the Iron Age discovered in Warwickshire, England showed a cavity rate of only 8 percent. When today’s Warwickshire inhabitants were compared, a remarkable high cavity rate of 48 percent was found. A modern diet consisting of highly processed, sugar-containing foods is the most likely culprit. The problem of dental cavities has been steadily increasing for the last four centuries in industrialized nations, and despite a recent dip due to the advent of fluoride, it continues to the present day.

Dental cavities are an infection caused by a combination of carbohydrate-containing foods and bacteria that live in our mouths. The bacteria are contained in a film that continuously forms on and around our teeth. We call this film plaque. Although there are many different types of bacteria in our mouths, only a few are associated with cavities. Some of the most common include streptococcus mutans, lactobacillus casei and acidophilus, and actinomyces naeslundii. When these bacteria find carbohydrates, they eat them and produce acid. The exposure to acid causes the pH on the tooth surface to drop. Before eating, the pH in the mouth is about 6.2 to 7.0, slightly more acidic than water. As “sugary foods” and other carbohydrates are eaten, the pH drops. At a pH of 5.2 to 5.5 or below, the acid begins to dissolve the hard enamel that forms the outer coating of our teeth. Every exposure to these foods allows an acid attack on the teeth for about 20 minutes!

As the cavity progresses, it invades the softer dentin directly beneath the enamel, and encroaches on the nerve and blood supply of the tooth contained within the pulp.

Cavities attack the teeth in two main ways. The first is through the pits and fissures, which are grooves that are visible on the top biting surfaces of the back teeth (molars and premolars). The pits and fissures are thin areas of enamel that contain recesses that can trap food and plaque to form a cavity. The cavity starts from a small point of attack, and spreads widely to invade the underlying dentin.

The second route of acid attack is from a smooth surface, which is between, or on the front or back of teeth. In a smooth-surface cavity, the acid must travel through the entire thickness of the enamel. The area of attack is generally wide, and comes to a point or converges as it enters the deeper layers of the tooth.

Source: http://www.dentistry.com/

Anderson Dental Group