Linked from

The 17 pages that link to Heterodont dentition, each with the reason it gives.

• CarnassialRelated: Carnassials specialize two positions within a varied mammalian tooth row.

• SynapsidRelated: Differentiated teeth evolved among synapsids and became prominent in mammalian feeding.

• IncisorNarrower topic: In mammals, incisors form one specialized part of a varied tooth set.

• TherapsidaRelated: Many therapsids developed differentiated teeth for cutting, piercing, or crushing food.

• SynapsidaRelated: Differentiated teeth evolved among synapsids and became characteristic of mammals.

• DimetrodonRelated: Dimetrodon's differentiated teeth suggest it could grip and slice prey.

• DentitionCompared with: It describes the contrasting pattern represented by incisors, canines, premolars, and molars.

• GorgonopsiaRelated: Different tooth types helped gorgonopsians grip and process prey.

• DimorphodonRelated: Dimorphodon’s name and distinctive appearance reflect its two kinds of teeth.

• CynodontiaRelated: Differentiated incisors, canines, and postcanine teeth characterize many cynodonts.

• EdaphosaurusRelated: Differentiated teeth helped Edaphosaurus process plant material.

• HeterodontosaurusBroader topic: Heterodontosaurus had incisiform front teeth, enlarged canines, and broad cheek teeth.

• PhytosauriaRelated: Phytosaurs often had differentiated teeth suited to grasping or processing prey.

• DaeodonRelated: Daeodon's varied teeth support interpretations of a flexible diet rather than strict herbivory.

• KaprosuchusRelated: Its enlarged, differently shaped teeth contrast with the more uniform dentition of many living crocodilians.

• Bullhead sharkRelated: Bullhead sharks have pointed front teeth and broad, crushing teeth farther back.

• MegazostrodonRelated: Differentiated teeth in Megazostrodon reflect the increasingly specialized feeding of mammaliaforms.