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The 21 pages that link to Tooth enamel, each with the reason it gives.

• RodentRelated: Uneven enamel on rodent incisors creates a self-sharpening cutting edge as the tooth wears.

• IncisorRelated: Enamel forms the hard cutting surface of an incisor's crown.

• Dental plaqueRelated: Plaque adheres to enamel, where its acids can cause mineral loss.

• ToothpasteRelated: Fluoride toothpaste supports enamel's resistance to acid-driven mineral loss.

• TuskRelated: Unlike ordinary teeth, elephant tusks lack an enamel-covered crown after emerging.

• Isotope analysisRelated: Its relative stability makes enamel useful for reconstructing early-life isotope signals.

• Fluoride ionRelated: Fluoride can make enamel mineral more resistant to acid-driven dissolution.

• Dental abrasionRelated: Abrasion can thin enamel before reaching underlying dentin.

• Dinosaur dentitionRelated: Enamel thickness and structure affected resistance to wear in dinosaur teeth.

• FluorapatiteRelated: Fluoride treatment can make enamel's apatite more fluorapatite-like and less soluble.

• Paranthropus robustusRelated: Thick enamel helped P. robustus teeth withstand substantial chewing wear.

• ToothbrushRelated: Brushes clean enamel without removing it when used with suitable pressure and abrasives.

• DesmostyliaRelated: Enamel preserved on desmostylian teeth helps reveal their structure and wear.

• DsungaripterusRelated: Enamel durability helps explain how teeth can withstand repeated crushing forces.

• TaeniodontaRelated: Differences in enamel structure and wear help characterize taeniodont teeth.