Linked from

The 18 pages that link to Paleopathology, each with the reason it gives.

• Dinosaur paleontologyRelated: Healed injuries and abnormal bones document disease and survival in dinosaurs.

• SkullRelated: Bone changes in skulls can preserve evidence of past illness, trauma, and treatment.

• Egyptian archaeologyRelated: Skeletal and dental evidence can illuminate health, labor, and living conditions.

• SmilodonRelated: Healed injuries in Smilodon fossils inform hypotheses about survival and social behavior.

• OsteologyRelated: Skeletal lesions preserve evidence of disease in past populations.

• Cranial ornamentationRelated: Damage and healing on ornaments can reveal injuries or abnormal growth.

• Postcranial skeletonRelated: Healed fractures and lesions can remain visible on fossil postcranial bones.

• CentrosaurusRelated: Healed injuries in Centrosaurus bones can reveal aspects of individual life and survival.

• MummyRelated: Mummified tissues can preserve evidence of illness, injury, and bodily change.

• PaleohistologyRelated: Microscopic lesions in fossil tissue can preserve evidence of disease and healing.

• Antonine PlagueRelated: Skeletal evidence may constrain claims about the epidemic, though smallpox rarely leaves diagnostic bone changes.

• CoproliteRelated: Coprolites can preserve signs of infection and intestinal disease.

• PachycephalosauriaRelated: Skull lesions have been examined as possible evidence of combat, though their causes are uncertain.

• ThylacosmilusRelated: Wear and damage on fossil teeth can help test claims about how Thylacosmilus used its sabers.

• Historical epidemiologyRelated: Human remains can corroborate or challenge diagnoses inferred from written accounts.

• Subfossil lemurRelated: Skeletal injuries and disease can reveal aspects of extinct lemurs' lives.