Linked from

The 33 pages that link to Carnassial, each with the reason it gives.

• CarnivoraBroader topic: These specialized teeth are a hallmark of many living carnivorans.

• CanidaeRelated: Canid carnassials reveal adaptations for slicing food, despite varied diets.

• Canine toothCompared with: Carnassials cut meat behind the canines, which grip or puncture prey.

• FelidaeRelated: These shearing teeth exemplify the meat-processing anatomy inherited by cats.

• MustelidaeRelated: Carnassials are part of the feeding equipment inherited by mustelids from carnivoran ancestors.

• MolarCompared with: Carnassials shear food, unlike the broad grinding molars of many mammals.

• CarnivoreBroader topic: These teeth cut flesh efficiently in many mammalian carnivores.

• Heterodont dentitionBroader topic: Carnassials show how particular tooth positions can form a coordinated cutting tool.

• ViverridaeRelated: Viverrids have carnivoran teeth, though their diets can include substantial plant matter.

• FeliformiaRelated: Carnassial teeth are part of the shared predatory anatomy found across both suborders.

• SmilodonRelated: Smilodon retained shearing teeth even as its canines became greatly elongated.

• TigerRelated: Tigers use sharp cheek teeth to cut meat from large prey.

• Spotted hyenaRelated: Hyena teeth combine shearing and crushing functions suited to flesh and bone.

• Dental batteryCompared with: Carnassials shear food rather than forming a broad, tightly packed grinding surface.

• CreodontaRelated: Creodonts evolved their own slicing teeth, distinct from the carnassials of Carnivora.

• MachairodontinaeRelated: Carnassials helped these cats process prey alongside their enlarged canines.

• ThylacosmilusRelated: Its cheek teeth, rather than its sabers alone, would have helped process prey.

• NimravidaeRelated: These cutting teeth formed part of the nimravid toolkit for processing prey.

• OxyaenidaeRelated: Oxyaenid cheek teeth formed shearing surfaces suited to processing meat.

• AiluridaeRelated: Tooth shape helps paleontologists infer the diets of extinct ailurids.

• HyaenodonRelated: Hyaenodon used a different arrangement of cheek teeth for slicing flesh.

• Sloth bearCompared with: Sloth bears have reduced upper incisors rather than relying on the typical meat-shearing equipment of carnivores.

• AmphicyonidaeRelated: Carnassial structure helps infer the meat-shearing abilities of particular amphicyonids.

• HyaenodontaRelated: Hyaenodonts evolved specialized shearing teeth, but their main cutting teeth differed from those typical of modern carnivorans.

• HypercarnivoreBroader topic: These teeth efficiently cut flesh in several mammalian hypercarnivores.

• ThylacoleoRelated: Thylacoleo’s unusual premolars performed a carnassial-like cutting role.

• Bat-eared foxBroader topic: Reduced shearing teeth accompany the fox’s shift toward chewing insects.

• MesonychiaRelated: Their shearing cheek teeth reveal adaptations for eating meat.

• AmphicyonRelated: Carnassial teeth help explain the meat-processing anatomy of bear-dogs.

• DaeodonCompared with: Daeodon's teeth were not a carnassial system, despite its capacity to eat animal matter.

• DinofelisRelated: Its shearing teeth helped Dinofelis process prey after capture.

• BorophagusNarrower topic: Borophagus modified the carnassial region for crushing rather than relying only on shearing.

• HypocarnivoreRelated: Dental adaptations associated with meat-eating do not determine dietary proportion.