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![Phylogenies of Catarrhini and their lice (the host lineages are depicted in grey, the parasite lineages in black). Primate taxa: Cer. = Cercopithecidae; Pan = chimpanzee; Gorilla = gorilla; Homo = Phylogenies of Catarrhini and their lice (the host lineages are depicted in grey, the parasite lineages in black). Primate taxa: Cer. = Cercopithecidae; Pan = chimpanzee; Gorilla = gorilla; Homo = human; lice taxa: P.sp. = Pedicinus sp.; P.s. = Pediculus schaeffi; P.h. = Pthirus pubis; P.g. = Pthirus gorillae. Time scale on the right is in million years. The arrow indicates a host switch from gorillas to humans, the daggers indicate failed sorting (extinction or "missing the boot"), and the black circle indicates an independent parasite divergence (duplication) (modified from [92], distributed under the terms of the Creative Commons (CC) BY license).](profile/Dietmar-Zinner/publication/369358055/figure/fig1/AS:11431281127817674@1679168174389/Phylogenies-of-Catarrhini-and-their-lice-the-host-lineages-are-depicted-in-grey-the.png)
Phylogenies of Catarrhini and their lice (the host lineages are depicted in grey, the parasite lineages in black). Primate taxa: Cer. = Cercopithecidae; Pan = chimpanzee; Gorilla = gorilla; Homo = Phylogenies of Catarrhini and their lice (the host lineages are depicted in grey, the parasite lineages in black). Primate taxa: Cer. = Cercopithecidae; Pan = chimpanzee; Gorilla = gorilla; Homo = human; lice taxa: P.sp. = Pedicinus sp.; P.s. = Pediculus schaeffi; P.h. = Pthirus pubis; P.g. = Pthirus gorillae. Time scale on the right is in million years. The arrow indicates a host switch from gorillas to humans, the daggers indicate failed sorting (extinction or "missing the boot"), and the black circle indicates an independent parasite divergence (duplication) (modified from [92], distributed under the terms of the Creative Commons (CC) BY license).
Source publication
Organisms adapt to their environment through evolutionary processes. Environments consist of abiotic factors, but also of other organisms. In many cases, two or more species interact over generations and adapt in a reciprocal way to evolutionary changes in the respective other species. Such coevolutionary processes are found in mutualistic and anta...
Citations
... Але коеволюція в антагоністичних системах часто супроводжується виникненням таких змін в організмі паразита і хазяїна, що призводить до значного зростання патогенності і вірулентності паразита і, як наслідок, спричиняти важкий перебіг хвороби у хазяїна. Прикладом є коронавірусна хвороба, спричинена SARS-CoV-2, з високою смертністю населення [3]. ...
