actually as far as fluoride is good for protecting teeth from decay during child hood even giving super protection for root of teeth after teenage years ,but at the same time can cause osteoporosis in most of teeth especially after stoppage of development in which catabolism will be more than anabolism and we should put that in our mind that nothing is good as it is used more than its normal level for that reason fluoride should be used in 1 part to 1 part per million parts of water.
Fluoride is a natural element found in the earth's crust as well as in water and air. It's also considered a nutrient because our bodies need fluoride to grow and develop properly. Decades ago, scientists discovered that kids who naturally had more fluoride in their drinking water had fewer cavities. In the mid-1940s, communities started to put more fluoride in their water supplies to protect people against tooth decay. Fluoride helps because, when teeth are growing, it mixes with tooth enamel - that hard coating on your teeth. That prevents tooth decay, or cavities. But fluoride can help even after your teeth are formed. It works with saliva to protect tooth enamel from plaque and sugars. By using fluoride toothpaste, for instance, everyone can enjoy some cavity protection. Fewer cavities means healthier teeth when you're an adult - and less chance of having to wear false teeth (dentures) when you're old! So how do you get your fluoride? Ask your dentist the next time you have an appointment. In addition to fluoride toothpaste, he or she might recommend a mouthwash that has fluoride in it. And if your drinking water doesn't have fluoride in it, your dentist might suggest supplements - which are like vitamins containing fluoride. Just how effective is fluoridated water? Thanks to it, dentists say half of kids between 5 and 17 have never had a cavity in their permanent teeth.
Fluoride is added to publicly supplied drinking water for its prophylactic benefit in retarding or preventing toot decay, especially in growing children. That happens because tooth enamel acts as a semi- permeable membrane and allows the passage of fluoride ion necessary to impart decay resistance. It is much the same as prophylactic fluoride treatments that dentists provide to children during routine dental visits--only in much lower concentration.
Topical fluoride treatment in a dental office is a preventive measure. Fluoride applied to the surface of teeth strengthens the enamel and makes the teeth more resistant to decay. Is this prevention 'necessary?' It depends on the individual. If the person has a history of dental cavities, then yes, use of fluoride would seem prudent and reasonable to prevent or reduce future cavities. On the other hand, if the person has reached adulthood without ever having a cavity, fluoride treatments may have little or no benefit. Another consideration is the person's current health status. If a person is being treated with radiation to treat cancer in the head or neck region, there is a high incidence of increased dental decay because the radiation tends to cause the salivary glands to reduce their output, leading to 'dry mouth'. This lack of salivary flow contributes to dental cavities. Use of a topical fluoride can minimize this effect to some degree.
CaF2 is an ionic compound which exists as crystal lattice and requires high amount of heat for decomposition while Chlorine fluoride (Cl-F) is a covalent polar molecule.
Because of high of heat of Hydration of HF ( Fluoride ion is extensively hydrated because of it's small size )
to help prevent tooth decay, just like there is fluoride in tooth paste to prevent tooth decay. The fluoride added to water is no where near as high concentration as in tooth paste though
It is said that all types of sugar can cause How_does_sugar_cause_tooth_decay. The most expected sugars to give tooth decay are sucrose, glucose, fructose, and maltose. Bacteria use the energy in the sugar and then make acids which attack teeth and tooth enamel. This then causes tooth decay, which is also known as dental caries. Bacteria in also found in dental plaque and that stick to our teeth, also causing tooth decay.
Who needs fluoride?Many governmental health agencies recommend that both children and adults receive some level of fluoride. Children need fluoride to protect their permanent teeth as they are forming. Adults need fluoride so that they can continue to protect teeth against tooth decay. Several groups of people could benefit especially from fluoride treatments because they have a higher risk of tooth decay. This includes people who have: A history of cavities or tooth decayNo or little access to dentistsPoor dental hygieneDiets with high amounts of sugars or carbohydratesSnacking habitsBraces, crowns, bridges, and other teeth restoration proceduresA lack of saliva or dry mouth
Fluoride incorporates into the mineral component of teeth, hardening them and thus making them more resistant to decay. However fluoride at high doses can cause fluorosis (a permanent dark staining of teeth) and overdoses can result in toxicity. It needs to be used carefully.
Yes. Anything with sugar in it (fructose is a kind of sugar) can cause tooth decay.
A condition called dental fluorosis can cause mottling of tooth enamel. This can be developed due to a high exposure to fluoride while the teeth are still developing. Mutilation can go from tiny specks of white in the tooth enamel to widespread discoloration and browning.
As with most drinks that contain high sugar content, Irn Bru can promote tooth decay. Acidic drinks also promote tooth decay through erosion of tooth enamel.
Allegedly it is to help prevent tooth decay. There have never been, however, any scientific studies to substantiate this. The belief that fluoride helps to prevent tooth decay is based on largely circumstantial evidence. In the early 1900's, a group of miners from Colorado Springs, Colorado were found to have surprisingly little dental decay. A young dentist there, named Frederick McKay, investigated, and discovered the two common elements that all shared: a higher than normal natural occurrence of fluoride in the ground water, and a high prevalence of the condition known as fluoridosis. Fluoride is the seventeenth most common naturally occurring substance on Earth. It appears in the soil and ground water, and is found at high levels in sea food. It is also a major byproduct of munnitions and fertilizer manufacturing. With the close of the second World War, the US found itself sitting on a huge stockpile of fluoride, a major pollutant that does not breakdown naturally. Only two things then could be done with fluoride: store it to prevent it from entering the environment, or put it into rat poisons (this is fact). The federal government, following a community in Michgan (Grand Rapids) , came up with a third option; using McKay's theory of the prevention of tooth decay, they mandated the introduction of fluoride into public drinking water. Eventually the practice led to its inclusion in tooth paste.
Sugar can promote tooth decay
high sugary beverages can cause decay in tooth
Fluoride is a natural element found in the earth's crust as well as in water and air. It's also considered a nutrient because our bodies need fluoride to grow and develop properly. Decades ago, scientists discovered that kids who naturally had more fluoride in their drinking water had fewer cavities. In the mid-1940s, communities started to put more fluoride in their water supplies to protect people against tooth decay. Fluoride helps because, when teeth are growing, it mixes with tooth enamel - that hard coating on your teeth. That prevents tooth decay, or cavities. But fluoride can help even after your teeth are formed. It works with saliva to protect tooth enamel from plaque and sugars. By using fluoride toothpaste, for instance, everyone can enjoy some cavity protection. Fewer cavities means healthier teeth when you're an adult - and less chance of having to wear false teeth (dentures) when you're old! So how do you get your fluoride? Ask your dentist the next time you have an appointment. In addition to fluoride toothpaste, he or she might recommend a mouthwash that has fluoride in it. And if your drinking water doesn't have fluoride in it, your dentist might suggest supplements - which are like vitamins containing fluoride. Just how effective is fluoridated water? Thanks to it, dentists say half of kids between 5 and 17 have never had a cavity in their permanent teeth.
It binds to tooth enamel and makes it more resistant to cavities.Fluoride(not flouride)is considered by most public health experts to be one of the major advances in public health of the last century. Unfortunately, it has become politicized and the target of Internet conspiracy theorists. What one must remember is that everything is toxic (even water and oxygen) at high enough levels. "The dose makes the poison" and so when reading the claims of people citing support to the claims of the evils of fluoride one must pay attention to make sure they are not citing industrial exposures, high dose supplements, etc etc.- It does reduce tooth decay dramatically.- It saves society money by promoting better health.- It is associated with less gum disease, which may be a contributing factor in heart disease.- Nearly all dental fluorosis (mottling of the teeth from too much fluoride) is from eating toothpaste or taking too much supplementation in pill form, not from drinking water.- There is no credible evidence that it causes cancer.- There is no credible evidence that fluoride from drinking water causes osteoporosis or fractures (taking high dose pills can and studies of drinking water are on-going).- There is no credible evidence that it causes birth defects, ADD or other toxicity at the doses found in water.See related links for more info.