![]() ![]() The filling isn’t designed to remineralize, like your teeth can. New materials to replace BPA in dental fillings are still under scrutiny, but even in the best case scenario, fillings that are bonded up against the surface of a tooth will eventually fail. They are better than metal fillings, even though some contain BPA, a known endocrine disruptor. On the other side of the coin are plastic fillings. While potentially impacting the oral microbiome and overall health, these foreign materials will also eventually affect your bite, also known as occlusion.Ībout 50% of dentists are still using amalgam fillings, which are pure mercury and dangerous-even though the ADA is still supportive of this filling material. ![]() ![]() Artificial materials-including those used for caps, crowns, and fillings-wear away at a different rate than the tooth’s natural enamel. ( 1)Īnything you put in the mouth that wasn’t designed to be there will have a consequence, even if it is initially meant for positive benefit. Additionally, not all filling materials prevent leakage between the microbiome of the mouth and the sensitive pulp. While drilling through the teeth’s outer structure (the enamel and dentin) is sometimes necessary, it also carries the potential of exposing the tooth’s pulp to harmful bacteria. The mouth is a microbe-rich environment, and the sensitive inner layer of the teeth, known as the pulp, sits within a structure that protects it from this environment. Unfortunately, there are a multitude of potential consequences of many traditional dental procedures that few patients are aware of. ![]() Once decay has set in, we are conditioned to visit the dentist to address these concerns. Referred to as demineralization, this process erodes the calcium rods that form the hard outer layer of our teeth, opening up tiny crevices that allow bacteria to enter and cause decay. This tartar must be removed carefully by a professional, but in the meantime, it begins to dissolve the calcium in the tooth. (Brushing and flossing disrupt this plaque-forming process.)Īdditionally, the minerals in our saliva bond with the plaque to form a very hard substance called tartar. The bacteria will then produce a colorless waste called plaque that protects the bacteria and supports its continued growth. To create the ideal environment for cavity formation, naturally occurring bacteria in the mouth must attach to the outer layer of the tooth and begin to digest sugars from food. ![]()
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