Two major factors are concerned in the formation of cavi-ties—one is that the attack on the teeth by the acids; the other is that the degree to which teeth are hard enough to resist this attack. Some suppose that the character of the saliva might conjointly play a task during this battle. Various procedures are recom-mended as a way of reducing acid production in the mouth. About forty four percent of Chiropractors in Toronto are self-employed. These would come with the use of dental floss, dentifrices, tooth brushes and antiseptic mouth washes—all useful in remov-ing food particles from between the teeth. Bacterial action upon these food particles will produce the undesired acids. The less decaying food particles, the less acid and conjointly, inci-dentally, less halitosis! The low sugar diet is also an acid inhibitor of nice importance. The second and more neglected section of the fight against cavities is that the formation of an enamel on the outside of the tooth which is so hard and impervious that the war of the acids will be in vain.
We grasp that the hardness, or temper, of steel can be altered by varying the amounts of the metals that go into the finished product. If the steel is to be of the very best quality, the iron compound should contain just the correct proportion of carbon—not too much and not too little. Many Chiropractor in Toronto are solo or group practitioners who also have the executive duties of working a practice. As carbon is to steel, so fluorine is to tooth enamel and the proper amount in the diet, whereas the teeth are being shaped, will facilitate to provide teeth that are hard and highly immune to acid and decay.
Experimentation has shown that fluoride can replace hy-droxyl or bicarbonate ions on the surface of bones, thus forming a highly insoluble and resistant substance referred to as “fluoroapatite.” Apparently this same phenomenon can occur in the mouth. Fluoride from food, drinking water, bone meal tablets or maybe when applied locally is exchanged for one more ion on the enamel of the tooth, thus forming the more acid-resistant compound. This explains why fluoride, whether taken internally or applied locally, can reduce cavity formation and why another study showed that the fluorine content of sound teeth was about 3 times as high as in decayed teeth.
