Muriqui

Brachyteles arachnoides (É. Geoffroy Saint-Hilaire 1806)

are eaten by

• Global Biotic Interactions: Homo sapiens Linnaeus 1758 (Human)
• Global Biotic Interactions: Harpia harpyja (Linnaeus 1758) (American Harpy Eagle)
• Global Biotic Interactions: Leopardus pardalis (Linnaeus 1758) (Ocelot)
• Global Biotic Interactions: Panthera onca (Linnaeus 1758) (Jaguar)

are host of

• Global Biotic Interactions: ateline gammaherpesvirus 2
• Global Biotic Interactions: Human orthopneumovirus
• Global Biotic Interactions: Simian foamy virus
• Global Biotic Interactions: Human orthopneumovirus
• Global Biotic Interactions: Respiratory syncytial virus

are parasitized by

• Global Biotic Interactions: Paraoxyuronema brachytelesi (Artigas 1937)
• Global Biotic Interactions: Paraoxyuronema brachytelesi (Artigas 1937)
• Global Biotic Interactions: Cebidicola armatus (Neumann & L. G. 1913)
• Global Biotic Interactions: Strongyloides cebus
• Global Biotic Interactions: Plasmodium simium

eat

• Global Biotic Interactions: Coccocypselum geophiloides Wawra
• Global Biotic Interactions: Inga marginata
• Global Biotic Interactions: Geonoma elegans Mart.
• Global Biotic Interactions: Monteverdia tetragona (Griseb.) Biral
• Global Biotic Interactions: Ilex brevicuspis Reiss.

have ectoparasite

• Global Biotic Interactions: Cebidicola armatus (Neumann & L. G. 1913)

have pathogen

• Global Biotic Interactions: Human respiratory syncytial virus
• Global Biotic Interactions: Human respiratory syncytial virus
• Global Biotic Interactions: Human respiratory syncytial virus
• Global Biotic Interactions: Human respiratory syncytial virus
• Global Biotic Interactions: Burkholderia pseudomallei

visit flowers of

• Global Biotic Interactions: Mabea fistulifera Mart.