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<div><p>Several infectious agents concurrently infect wild koalas and so, as for similar agents in other species, co-infection interactions could affect disease presentation and clinical outcomes. This study determines the frequency of circulating and mucosal <i>Chlamydia pecorum&l...

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Main Author:	Yasmine S. S. Muir (16007230) (author)
Other Authors:	Belinda R. Wright (6626531) (author), Andrea Casteriano (3454676) (author), Mathew S. Crowther (11172237) (author), Amber Gillett (3098235) (author), Mark B. Krockenberger (2278357) (author), Damien P. Higgins (12438711) (author)
Published:	2025
Subjects:	Medicine Microbiology Ecology Immunology Infectious Diseases Virology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified new south wales identify novel intervention future diagnostic testing environment dynamics impacting div >< p 9 %, 63 chlamydial reproductive disease infection status improved infection interaction pathways greater korv proviral 1 %, 68 trypanosome irwini </ chlamydia pecorum </ pecorum </ disease presentations pol </ gilletti </ pecorum ,</ infection interactions trypanosome infections wildlife hospitals study serves study determines similar agents phascolarctid herpesvirus observed variation observed presenting northern koalas model quality mechanistic studies korv ), individuals sampled including humans important consideration female koalas exogenous subtype equal predictors endogenous subtype clinical outcomes australian states among koalas
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