Author: Nicholas M. Fountain-Jones; Craig Packer; Maude Jacquot; F. Guillaume Blanchet; Karen Terio; Meggan E. Craft
Title: Chronic infections can shape epidemic exposure: Pathogen co-occurrence networks in the Serengeti lions Document date: 2018_7_17
ID: 4718pdtk_5
Snippet: Detecting interactions between pathogens is also likely to depend on taxonomic and spatial scales that are seldom considered (Stutz et al. 2018) . Studies commonly aggregate pathogen data to genus level, but interactions between pathogens can be subtype or genotype-specific (e.g., Wejse et al. 2015; Benesh & Kalbe 2016; Brook et al. 2017) . For example, individuals infected with human immunodeficiency virus subtype 1 (HIV-1) are four times more l.....
Document: Detecting interactions between pathogens is also likely to depend on taxonomic and spatial scales that are seldom considered (Stutz et al. 2018) . Studies commonly aggregate pathogen data to genus level, but interactions between pathogens can be subtype or genotype-specific (e.g., Wejse et al. 2015; Benesh & Kalbe 2016; Brook et al. 2017) . For example, individuals infected with human immunodeficiency virus subtype 1 (HIV-1) are four times more likely to become coinfected with tuberculosis compared to individuals with HIV-2 (Wejse et al. 2015) . Beyond subtype or genus, genotype-specific associations have been demonstrated in snails infected by trematodes (Louhi et al. 2015) and in rodents infected by Bartonella bacteria (Brook et al. 2017 ).
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