Redmond Invisalign Dentist, Seattle Washington

Some reasons why invisalign put on by a Redmond invisalign dentist are an ideal solution for many people. Not only are the aligners invisible, they are removable, so you can eat and drink what you want while in treatment, plus brushing and flossing are no problem. They are also comfortable, with no metal to cause mouth abrasions during treatment. And no metal and wires usually means you spend less time in your doctor's office getting adjustments. Invisalign also allows you to view your own virtual treatment plan when you start, so you can see how your straight teeth will look when your treatment is complete.

     There may be some general soreness when you get your braces on. You may/may not experience some soreness in your mouth and your teeth may be tender to biting pressures for three to five days. This sensation will surpass. It can be relieved by rinsing your mouth with a warm salt-water mouthwash.
     You can take aspirin or whatever you normally take for headache or similar pain and a Kirkland dentist may even recommend this. The lips, cheeks and tongue may also become irritated for one to two weeks as they toughen and become accustomed to the surface of the braces. You can put wax on the braces to lessen this.
     Loosening of teeth is to be expected throughout treatment. Don't worry! It's normal. Teeth must loosen first so they can be moved. They will again become firm in their new corrected positions.
     What can you eat? Avoid tough meats, hard breads, and raw vegetables. Before long, you'll be able to bite a cucumber again. But you'll need to protect your orthodontic appliances when you eat for as long as you're wearing braces.

Braces differ from one another in many ways. How they attach to the teeth varies. Most attach on the cheek side of the teeth, while some attach on the tongue side. These are called “lingual” braces.

Braces vary in appearance. Some braces are clear, nearly invisible, while others are made of stainless steel and may or may not have colored elastics around them. All braces are designed to enable the orthodontist to move teeth in three dimensions. The mechanics or techniques used for moving teeth vary as well. Talk with your Seattle orthodontist about his or her approach to orthodontic treatment.

You wear each set of aligners for about 2 weeks, removing them only to eat, drink, brush, and floss. As you replace each aligner with the next in the series, your teeth will move – little by little, week by week – until they have straightened to the final position Snow Orthodontics has prescribed. You'll visit Seattle Orthodontist about once every 6 weeks to ensure that your treatment is progressing as planned. Total treatment time averages 9-15 months and the average number of aligners worn during treatment is between 18 and 30, but both will vary from case to case.

Orthodontic screening by age 7 to advise if orthodontic treatment is required and the best time for that patient to be treated. The first permanent molars and incisors have usually come in by that time and cross bites, crowding and other problems can be evaluated. When treatment is initiated at an early age, the Seattle orthodontist can guide the growth of the jaw and guide incoming permanent teeth. Early treatment can also regulate the width of the upper and lower dental arches, gain space for permanent teeth, avoid the need for permanent tooth extractions, reduce likelihood of impacted permanent teeth, correct thumb-sucking, and eliminate abnormal swallowing or speech problems. In other words, early treatment will simplify later treatment.

Treatment time typically ranges from one to three years, depending on the growth of the patient's mouth and face and the severity of the problem. Patients grow at different rates and will respond variously to orthodontic treatment, so the time to case completion may differ from the original estimate. The patient's diligent use of any prescribed rubber bands or headgear is an important factor in achieving the most efficient treatment. Interceptive, or early treatment procedures, may take as few as nine months. Additional information on Dental health from: refers to all aspects of the health and functioning of our mouth especially the teeth and gums. Apart from working properly to enable us to eat, speak, laugh (look nice), teeth and gums should be free from infection, which can cause dental caries, inflammation of gums, tooth loss and bad breath.

Dental caries, also known as tooth decay or cavities, is the most common disorder affecting the teeth. The main factors controlling the risk of dental caries are oral hygiene, exposure to fluoride and a moderate frequency of consumption of cariogenic foods.

Teeth are also affected by “tooth wear” or erosion. This condition is a normal part of aging where tooth enamel is lost due to exposure from acids other than those produced by plaque.

Attrition and abrasion are other forms of tooth wear. Attrition occurs when teeth are eroded by tooth-to-tooth contact such as teeth grinding. Abrasion is caused by external mechanical factors such as incorrect tooth brushing.

Periodontal disease, also known as gum disease, is caused by infection and inflammation of the gingiva (gum), the periodontal connective tissues and the alveolar bone. Periodontal disease can lead to tooth loss.

The health of our teeth and mouth are linked to overall health and well-being in a number of ways. The ability to chew and swallow our food is essential for obtaining the nutrients we need for good health says a Kirkland Dentist. Apart from the impact on nutritional status, poor dental health can also adversely affect speech and self-esteem. Dental diseases impose both financial and social burdens as treatment is costly and both children and adults may miss time from school or work because of dental pain.

dentist caries, the most common disorder affecting the teeth, is an infectious transmissible disease where acids produced by bacteria dissolve the teeth. A Seattle dentist can help though.

Certain bacteria such as Streptococci mutans and Lactobacilli, can be transmitted for example from parents to children. These bacteria are cariogenic, which means decay-causing. They initiate a sticky film, known as dental plaque, on the surface of the tooth. Bacteria in dental plaque use fermentable carbohydrates to form acids. Fermentable carbohydrates are sugars and other carbohydrates from food and drink that can be fermented by bacteria. The acids formed dissolve minerals such as calcium and phosphate from the tooth. This is called demineralisation.

But tooth decay is not inevitable. Saliva clears food debris from the mouth says a cosmetic dentist, neutralises acids produced from plaque bacteria and provides calcium and phosphate to the teeth in a process called remineralisation. Saliva also acts as a reservoir for fluorides from toothpaste or from fluoridated water. Fluoride helps control dental caries by remineralising the teeth and inhibiting bacterial acid production, which reduces or slows the decay process.

Tooth decay only occurs when the process of demineralisation exceeds remineralisation over a period of time.

Tooth erosion is the loss of dental hard tissue from the tooth surface by chemical processes says a Kirkland cosmetic dentist, usually acid, without involving plaque bacteria. There are many acidic foods and drinks in our diet and it is possible that in a susceptible individual in certain circumstances, for example, a higher frequency of exposure to acidic foods and/or drinks, erosion may occur. This increased frequency of exposure may override the natural buffering capacity of the mouth, which varies between individuals.

It is advised to avoid frequent nibbling and sipping of acidic foods and drinks throughout the day, restricting their consumption preferably to main meals, and to clean teeth at least twice per day using fluoride toothpaste. It has been suggested that cleaning teeth immediately after consuming an acidic food or drink should be avoided as this can result in physical wear to the teeth resulting from tooth brushing in the presence of acid. Chewing sugar free chewing gum to stimulate salivary secretion following an acid challenge helps neutralize the acid effects.

For many years the simplified message by a Seattle cosmetic dentist or just a general Seattle dentist to prevent tooth decay was ‘don’t eat too much sugar and sugary foods’. Over the last few decades sugar intake in many countries has remained constant whilst caries levels have declined. This suggests that where appropriate oral hygiene by a Seattle dentist is practiced (i.e. regular tooth brushing using fluoride toothpaste) the role of sugars in tooth decay is less manifest.

Advice to replace sugar with starchy foods to avoid tooth decay is of questionable value. It is now known that any food containing fermentable carbohydrates can contribute to tooth decay. This means that as well as sweets and confectionery, pasta, rice, potato crisps, fruits, and even bread can set the scene for demineralisation. For example, a study testing the acid-producing potential of various starchy foods including pasta, rice and bread, found that these foods produced the same amount of acid as a 10% sucrose (table sugar) solution. Another study found that acid formation in plaque after eating soft bread or potato chips was greater and lasted longer than after eating sucrose.

The physical characteristics of a food, particularly how much it clings to the teeth also influence the tooth decay equation. Foods that adhere to the teeth increase the risk of tooth decay compared to foods that clear from the mouth quickly. For example crisps and biscuits stick to teeth for longer periods than foods such as caramels and jelly beans. This may be because caramels and jellybeans contain soluble sugars that are washed away more quickly by saliva. The longer carbohydrate-containing foods are around the teeth, the more time bacteria have to produce acid and the greater the chance of demineralisation.

There is some debate over the relative importance of the frequency of consuming carbohydrate foods and its link with dental caries. As with the relationship between diet and caries, the link appears to have been weakened with the adoption of good oral hygiene and fluoride supplied by a cosmetic dentist.

Each time we nibble a food or sip a drink containing carbohydrates, any decay-causing bacteria present on the teeth start to produce acid and demineralisation commences. This continues for 20 to 30 minutes after eating or drinking, longer if food debris is locally entrapped or remains in the mouth. In between periods of eating and drinking saliva works to neutralise the acids and assist in the process of remineralisation. If food or drink is taken too frequently the tooth enamel does not have a chance to remineralise completely and caries can start to occur. This is why nibbling or sipping continuously throughout the day should be discouraged. The best advice is to limit the consumption of food and drink containing carbohydrates to no more than 6 occasions per day and ensure teeth are brushed with fluoride toothpaste twice a day.

Baby bottle caries or nursing caries is a condition in which infants’ teeth are damaged by prolonged frequent exposure to drinks containing sugars usually via a baby feeding bottle. In particular, problems arise when infants are put to sleep with a bottle of formula or juice. The flow of saliva is greatly reduced during sleep and the sweet liquid pools around the teeth for extended periods of time. This provides the perfect environment for tooth decay to develop says a cosmetic dentist.

some foods help protect against tooth decay. For example hard cheese increases the flow of saliva. Cheese also contains calcium, phosphate and casein, a milk protein, which protects against demineralisation. Finishing a meal with a piece of cheese helps counteract acids produced from carbohydrate foods eaten at the same meal. Milk also contains calcium says a cosmetic dentist, phosphate and casein, and the milk sugar, lactose, is less cariogenic (caries causing) than other sugars. Nevertheless caries have been found in children breastfed frequently on demand.

Tooth friendly products are formulated using sweetening ingredients that cannot be fermented by the mouth bacteria. Intense sweeteners such as saccharin, cyclamate, acesulfame-K and aspartame, and sugar substitutes such as isomalt, sorbitol and xylitol fall into this category.

Sugar-free chewing gums use these sweeteners. Both the sweet taste and chewing stimulate salivary flow, which contributes to the prevention of caries. Such chewing gums may also contain minerals such as calcium, phosphate and fluoride to enhance the repair process. Studies have reported that chewing sugar-free gum after a meal accelerates the clearance of food debris and reduces the rate of caries development in children.

Tooth friendly products have to comply with a specific test regimen in order to get ‘safe for teeth’ approval.

In recent years there has been a reduction in the incidence of dental care. An increase in oral hygiene including regular brushing and flossing to remove plaque and the use of fluoridated toothpaste, combined with regular dental check-ups, is thought to be responsible for the improvement.

Fluoride inhibits demineralisation, encourages remineralisation and increases the hardness of the tooth enamel making it less acid soluble. The proper amount of fluoride helps prevent and control caries. Fluoride can be supplied systemically through fluoridated community drinking water, other fluoridated beverages or by supplementation. Alternatively it can be provided topically direct to the tooth surface via toothpaste, mouth rinses, gels and varnishes.

In some countries, salt, milk or other beverages have fluoride added and supplements in the form of tablets or liquid are also available. The level of fluoride in drinking water and food needs to be taken into account when assessing the need for fluoride supplementation. This is especially important in young children under the age of 6 whose teeth are still developing. Excessive intakes of fluoride may eventually cause a mottling of the teeth known as "fluorosis".

Tooth brushing with fluoridated toothpaste is thought to be the most important factor in the observed decline in dental caries in many countries. Brushing and flossing helps concomitantly to the fluoride application to remove bacteria from the mouth and reduce the risk of both caries and periodontal disease.

The regular application of fluoride varnishes by Seattle dentist practitioners is an established caries preventive measure in many countries. This practice is especially suitable for children at high risk of dental caries.

Regular dental check-ups can help detect and monitor potential problems. Regular plaque control and removal can help diminish the incidence of dental caries. If very little plaque is present, the amount of acid formed is insignificant and decay cannot occur.

Susceptibility to dental caries varies between individuals and between different teeth within one person’s mouth. The shape of the jaw and oral cavity, tooth structure and the quantity and quality of saliva are all important in determining why some teeth are simply more susceptible to decay than others. For example, some teeth may have pits, small cracks or fissures that allow bacteria and acids to infiltrate more easily. In some cases, the structure of the jaw/dentition renders teeth more difficult to clean or floss.

The quantity and quality of saliva determines the extent to which teeth remineralise. For example relatively fewer caries are generally found in the lower front part of the mouth where teeth are more exposed to saliva.

The type and number of caries-causing bacteria present in the mouth is also relevant and this is well know to a Kirkland dentist as well as a Seattle dentist. All bacteria can turn carbohydrates into acids but certain families of bacteria such as Streptococci and Lactobacilli are more powerful acid producers. The presence of this type of bacteria in plaque increases the risk of decay. Some people have higher levels of decay-causing bacteria than others due to neglected or inappropriate oral hygiene.

Generally, there are two or three stages of orthodontic treatment. Most patients will benefit from an active corrective stage followed by a retention stage. Some patients will benefit from two active treatment stages often referred to as two-phase treatment. The goals of each stage should be discussed with the Seattle orthodontist so that patients and/or parents have realistic expectations.