What does fluride do for you?

Answer 1

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.

Answer 2

Fluoride is a highly reactive element. It is used to (hopefully) strengthen teeth against decay. It bonds with calcium in the teeth, and since it is such a strong bond, bacteria has a more difficulty time of breaking that bond to decay the tooth. However, some say that this bonding process diminishes the tooth's ability to hold together, causing more harm than good.

Because of the high reactivity of Fluoride, it also has various effects within the body. The most notable of these is the bonding with aluminum. One of the easiest ways to get fluoride is by refining aluminum, since the two elements tend to bond with each other in nature. In the body, they do the same. Since aluminum is strongly attracted to fluoride, a fluoride-rich body will tend to become an aluminum-rich body as well. Since Aluminum has been linked with Alzheimer's disease, this doesn't seem like such a good idea....