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The 30 pages that link to Dental formula, each with the reason it gives.

• Canine toothRelated: Dental formulas identify canine counts and positions across species.

• RodentRelated: Rodents’ reduced tooth complement helps distinguish their dentition from that of other mammals.

• CarnassialRelated: It identifies the premolar and molar positions that make up the pair.

• IncisorRelated: It specifies how many incisors an animal has and where they sit among other teeth.

• ToothRelated: It provides a compact way to compare dentitions across species.

• Heterodont dentitionRelated: It summarizes which differentiated tooth classes occur and how many are present.

• HypsodontyRelated: Dental formulas describe tooth counts, while hypsodonty describes crown height.

• Mammalian dentitionRelated: Dental formulas summarize how many teeth of each class a species has.

• New World monkeyRelated: Their characteristic tooth counts help distinguish platyrrhines from catarrhine primates.

• DentitionRelated: It provides a compact way to describe and compare dentitions.

• CatarrhiniRelated: Living catarrhines typically have two incisors, one canine, two premolars, and three molars per quadrant.

• Dental morphologyRelated: It organizes teeth by the classes whose forms dental morphology compares.

• NumbatRelated: Numbat teeth are reduced and poorly suited to crushing, so prey is swallowed largely whole.

• Dinosaur dentitionRelated: It records tooth counts, while dinosaur dentition also concerns shape, replacement, and function.

• PalaeotheriumRelated: The arrangement and reduction of teeth help identify Palaeotherium fossils and diets.

• AnthracotheriidaeRelated: Tooth counts and arrangement help distinguish anthracotheres from related ungulates.

• NotoungulataRelated: Tooth counts and dental structure provide key evidence for identifying and classifying notoungulates.

• PalaeotheriidaeRelated: Palaeotheriid tooth patterns help compare genera and infer relationships.

• SparassodontaRelated: Tooth counts and shapes help distinguish sparassodont taxa and infer diets.

• AnoplotheriumRelated: The genus’s unusual dental pattern helps distinguish it from many other ungulates.

• DorcatheriumRelated: Tooth counts provide a standardized anatomical comparison for Dorcatherium species.

• LitopternaRelated: Litoptern tooth patterns help distinguish its major evolutionary branches.

• AnoplotheriidaeRelated: Anoplotheriid tooth counts and arrangements help distinguish the family from related mammals.

• BorophagusRelated: Tooth counts help distinguish Borophagus species and compare them with other canids.

• CainotheriidaeRelated: Tooth counts help distinguish cainotheriids from related fossil mammals.

• ColobusRelated: Colobus teeth include sharp-edged molars suited to cutting and grinding plant material.

• EntelodontidaeRelated: Tooth counts and tooth shape help characterize entelodonts and compare them with other ungulates.

• EuharamiyidaRelated: Tooth counts help distinguish euharamiyidan taxa and compare their jaws.

• LophiodonRelated: Tooth counts and shapes help distinguish fossil mammals and infer their diets.

• SemnopithecusRelated: Tooth counts help distinguish primate groups, including colobines.