How Caries Lesions Cross the Dentinoenamel Junction
Caries lesions cross the dentinoenamel junction when acid demineralization breaches enamel and enters structurally di...
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All Tooth Structure & Decay articles from Oral Care Made Clear.
Caries lesions cross the dentinoenamel junction when acid demineralization breaches enamel and enters structurally di...
Read itSalivary proteins adsorb onto enamel within seconds of tooth cleaning, assembling a thin organic film called the acqu...
Read itCaries bacteria ferment dietary sugars into lactic acid, dropping plaque pH below the threshold at which enamel miner...
Read itCementum is the mineralized tissue that binds Sharpey's fibers to the tooth root, forming the mechanical link between...
Read itSalivary proteins adsorb onto enamel within seconds of tooth cleaning, forming the acquired pellicle that precedes al...
Read itEnamel prisms are tightly packed hydroxyapatite crystal rods that give tooth enamel its hardness — and define the exa...
Read itCaries lesions cross the enamel-dentin junction by exploiting structural differences between the two tissues, acceler...
Read itPlaque biofilm bacteria ferment dietary sugars into organic acids that dissolve hydroxyapatite crystals in enamel, in...
Read itSaliva neutralizes plaque-derived acid through bicarbonate chemistry and calcium ion activity, slowing the deminerali...
Read itDentin forms through a cell-driven mineralization process beneath enamel, creating the tubular scaffold that gives te...
Read itTooth enamel decay begins when acids drop plaque pH below 5.5, dissolving hydroxyapatite crystals ion by ion in a pro...
Read itDentin tubules carry fluid and nerve signals to the pulp when enamel wears away, explaining why exposed dentin respon...
Read itThe mechanics of how tooth decay progresses from enamel into dentin and pulp, and why early stages differ from later ones.
Read articleThe microbiology of dental plaque — how bacteria form a structured biofilm on tooth surfaces, not just a loose layer.
Read articleThe crystalline structure of tooth enamel and the chemistry behind why it resists — and eventually succumbs to — acid.
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