What is the primary mechanism associated with the role of fluoride in prevention of dental caries?
A)Fluoride increases calcium absorption, which increases crystal formation of teeth
B)Decay is inhibited due to neutralization of organic acids produced by bacteria on the teeth
C)Decay is reduced due to the inhibitory effects of fluoride on growth of bacteria on the teeth
D)Fluoride becomes incorporated into the crystalline structure of teeth, making them less susceptible to decay
E)Fluoride increases salivation which aids in the removal of bacteria and the foods needed to sustain bacterial growth

Question

Quizplus · Accepted Answer

The primary mechanism associated with the role of fluoride in prevention of dental caries is that it becomes incorporated into the crystalline structure of teeth, making them less susceptible to decay. Fluorapatite is a more stable, stronger, and less soluble mineral that forms in the presence of fluoride. This means that when teeth are remineralized with the incorporation of fluoride, the enamel becomes more resistant to demineralization by organic acids produced by bacteria.

What Is the Primary Mechanism Associated with the Role of Fluoride