Smiles By Design

Cavities

a chemical that helps to prevent decay of the tooth. the inner most layer of a tooth.where silver, and mercury are combined to make a filling. A term used by dentists for decay. a pit or area ravaged by decay. the layer under enamel. outside the dentin, this layer is very strong. Plaque: this stuff looks like a tender content that clings to a tooth. This stuff is, in fact the bacterium, protozoa, mycoplasmas, yeasts and viruses clumped in a gel-like textile. This mixture too contains byproducts from the bacterium, some WBC, rubble from climate and some system tissue. Plaque starts forming after a tooth is cleaned; it takes about 60 min for plaque to construct upward. As moment goes on, distinct types of microorganisms seem, and the plaque thickens. This plaque gets bigger when the bacterium adhere to teeth and start to reproduce.

this stuff looks like a tender content that clings to a tooth. This stuff is, in fact the bacterium, protozoa, mycoplasmas, yeasts and viruses clumped in a gel-like textile. This mixture too contains byproducts from the bacterium, some WBC, rubble from climate and some system tissue. Plaque starts forming after a tooth is cleaned; it takes about 60 min for plaque to construct upward. As moment goes on, distinct types of microorganisms seem, and the plaque thickens. This plaque gets bigger when the bacterium adhere to teeth and start to reproduce. 

Calculus — Calculus is not simply a hard character of mathematics, it is too a sophisticated kind of plaque. If plaque is not gotten rid of rapidly, is absorbs calcium and phosphorus from minerals in the saliva and calcifies into an often harder content called calculus. This is not the finish, original plaque can organize on side of calculus to organize still much calculus. A Seattle Dentist can rid the teeth of calculus with the appropriate tools however, all that is required is an easy cleanup with the appropriate tools by a kirkland dentist or hygienist, flossing is not adequate for removing calculus.

—Calculus is not simply a hard character of mathematics, it is too a sophisticated kind of plaque. If plaque is not gotten rid of rapidly, is absorbs calcium and phosphorus from minerals in the saliva and calcifies into an often harder content called calculus. This is not the finish, original plaque can organize on side of calculus to organize still much calculus. A Seattle Dentist can rid the teeth of calculus with the appropriate tools however, all that is required is an easy cleanup with the appropriate tools by a kirkland dentist or hygienist, flossing is not adequate for removing calculus.

Saliva — Saliva is produced in and secreted from salivary glands says a seattle dentist. The fundamental secretory units of salivary glands are clusters of cells called an acini. These cells secrete a fluid that contains water, electrolytes, mucus and enzymes, all of which flood out of the acinus into collecting ducts. There is not more admiration for saliva, but this easy bodily graceful is really vital to the health of the oral cavity, it still has enzymes in it that can fracture downward carbohydrates! Saliva helps to hold bacterium and viruses out of the lip while keeping the alkane levels in the lip a secure degree. It too helps to lubricate the surfaces of the teeth so nutrient cannot adhere to them as well.

—Saliva is produced in and secreted from salivary glands says a seattle dentist. The fundamental secretory units of salivary glands are clusters of cells called an acini. These cells secrete a fluid that contains water, electrolytes, mucus and enzymes, all of which flood out of the acinus into collecting ducts. There is not more admiration for saliva, but this easy bodily graceful is really vital to the health of the oral cavity, it still has enzymes in it that can fracture downward carbohydrates! Saliva helps to hold bacterium and viruses out of the lip while keeping the alkane levels in the lip a secure degree. It too helps to lubricate the surfaces of the teeth so nutrient cannot adhere to them as well. 

Bacteria — Our mouths contain many different kinds of bacteria with some being beneficial for the mouth. They help control destructive bacteria, Streptococcus mutans one of the bacteria that causes the most damage. It produces acid after it attaches to the teeth.

— Our mouths contain many different kinds of bacteria with some being beneficial for the mouth. They help control destructive bacteria, one of the bacteria that causes the most damage. It produces acid after it attaches to the teeth. Causes for tooth decay

Sugars, especially sucrose, react with bacteria to produce acid. The acid from the bacteria can decay your teeth.

It’s not just candy and ice cream we’re talking about says a cosmetic dentist. All carbohydrate foods, as they are digested, eventually break down into simple sugars, such as glucose and fructose. Some of this digestion begins in the mouth. Foods that break down into simple sugars in the mouth are called fermentable carbohydrates. These include the obvious sugary foods, such as cookies, cakes, soft drinks and candy, but also pretzels, crackers, bananas, potato chips and breakfast cereals. The sugars in these foods combine with the bacteria normally in the mouth to form acids. These acids cause the mineral crystals inside the teeth to begin to dissolve.

The dental caries lesion forms when these acids start to dissolve a tooth’s outer protective layer, the enamel. A cavity forms when the tooth decay breaks through the enamel to the underlying layers of the tooth. You can reverse a caries lesion (before it becomes a cavity) by using a variety of fluoride products. These include fluoridated water, fluoride rinses for use at home, and, of course, any commonly used fluoridated toothpaste.

Every time you eat, the bacteria in your mouth produce acid. Therefore, the more times you eat the more times your teeth are exposed to an acid attack and the more chances you have of needed a dentist.

The levels of tooth decay

A white spot appears on the enamel where the tooth has started to weaken inside. At this stage, the tooth can repair the weakened area with the help of fluoride and minerals in saliva. But if the decay continues and breaks through the surface of the enamel, the damage is permanent. The decay must be cleaned out and the cavity filled by a cosmetic dentist. Left untreated, the decay will worsen and destroy a tooth all the way through the outer enamel layer, through the inside dentin layer and down to the pulp or nerve of the tooth.

In young children, teeth that have recently emerged have weak enamel and are highly susceptible to acid decay. A type of decay called baby bottle tooth decay or early childhood caries destroys enamel quickly and is common in children. This type of decay can eat through enamel and leave a large cavity in a matter of months.

Older adults sometimes have chronic caries: cavities that don’t seem to get any worse or do so at a very slow rate. Teeth with chronic caries will tend to be darker in color because the edges of the cavities become stained from normal eating and drinking.

Root caries (decay in the roots of the teeth) is more common in older adults. Older adults are more likely to have gums that have receded from years of hard brushing or periodontal disease. They also are more likely to have dry mouth xerostomia which increases the risk of decay. Dry mouth is caused by many common medicines. Be sure to ask the doctor or pharmacist if any of your medicines cause dry mouth.

Decay can form beneath fillings or other restorations, such as crowns. Sometimes, bacteria and food particles can slip into a tooth if a filling hasn’t been placed properly or if the filling cracks or pulls away from the tooth, leaving a gap.

Preventative dental care

Seattle Dentist research has identified factors that increase your risk of getting decay. Next time you visit the dental office, ask about your risk factors and discuss the best ways to reduce your risks and limit dental decay.

Everyone should brush at least twice a day, preferably three times or after every meal. In addition, you should floss at least twice a day. These activities remove plaque, which is a complex mass of bacteria that constantly forms on your teeth. If plaque isn’t removed every day, it can process sugars found in most foods and drinks to form acids that lead to decay. Bacterial plaque also causes gingivitis and other periodontal diseases. It’s important to brush and floss correctly and thoroughly, removing plaque from all tooth surfaces and where the tooth meets the gums. If plaque is not removed, it can lead to gum problems and cavities. To prevent your teeth from decaying, you can do two things — strengthen your teeth’s defenses with fluoride and sealants, and reduce the number of bacteria in your mouth. Flouride trengthens teeth by penetrating the tooth structure and replacing lost minerals to repair acid damage. Everyone should brush with a fluoride toothpaste every day. Kirkland Dentist offices sometimes recommend additional toothpastes, gels and mouthrinses for both children and adults. Sealants are protective coatings placed over the tops of chewing teeth — molars and premolars. They block bacteria and acids from sticking in the tiny grooves on the chewing surfaces of these teeth. Children should get sealants soon after their teeth erupt into the mouth.

Although you can never get rid of all the bacteria in your mouth, you can control bacteria by brushing regularly and flossing daily, seeing your dentist and dental hygienist regularly for a thorough cleaning and check-up, and reducing the number of times each day that you consume fermentable carbohydrates.

Some prescription mouthwashes (those that contain chlorhexidine) can help prevent decay by reducing the number of bacteria in the mouth. Chewing sugarless gums, especially those with xylitol, can help reduce decay and increase the flow of saliva.