Evolutionary dynamics of Ceratonova species (Cnidaria: Myxozoa) reveal different host adaptation strategies

The myxozoan parasite Ceratonova shasta is an important pathogen that infects multiple species of Pacific salmonids. Ongoing genetic surveillance has revealed stable host-parasite relationships throughout the parasite's endemic range. We applied Bayesian phylogenetics to test specific hypothese...

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Published in:	Infection, genetics and evolution Vol. 78; p. 104081
Main Authors:	Breyta, Rachel, Atkinson, Stephen D., Bartholomew, Jerri L.
Format:	Journal Article
Language:	English
Published:	Netherlands Elsevier B.V 01.03.2020
Subjects:	Adaptation, Physiological ancestry Animals basins Bayes Theorem Bayesian phylogenetics California Ceratomyxa shasta Ceratonova shasta Gasterosteus aculeatus Genotype Host Specificity Host-Parasite Interactions hosts infection ITS-1 Klamath River monitoring Myxozoa - classification Myxozoa - genetics Myxozoa - physiology Oncorhynchus kisutch Oncorhynchus mykiss Oncorhynchus tshawytscha Oregon Pacific salmon parasites pathogens Phylogeny Rhinichthys osculus rivers rRNA Salmonidae - genetics Salmonidae - parasitology Sequence Analysis, DNA - methods watersheds Oregon California Ceratonova shasta ITS-1 Pacific salmon Bayesian phylogenetics Klamath River rRNA
ISSN:	1567-1348, 1567-7257, 1567-7257
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Abstract	The myxozoan parasite Ceratonova shasta is an important pathogen that infects multiple species of Pacific salmonids. Ongoing genetic surveillance has revealed stable host-parasite relationships throughout the parasite's endemic range. We applied Bayesian phylogenetics to test specific hypotheses about the evolution of these host-parasite relationships within the well-studied Klamath River watershed in Oregon and California, USA. The results provide statistical support that different genotypes of C. shasta are distinct lineages of one species, which is related to two other Ceratonova species in the same ecosystems; Ceratonova X in speckled dace and C. gasterostea in threespine stickleback. Furthermore, we found strong support for the hypothesis that C. shasta type 0 in native steelhead trout and type I in Chinook salmon each evolved with a specialist host adaptation strategy, while C. shasta type II in coho salmon resulted from a generalist host adaptation strategy. Inferred date and host species of the most recent common ancestor of extant Klamath basin types indicate that it occurred between 14,000 and 21,000 years ago, and most likely infected a native steelhead or rainbow trout host. •Field-observed differences are revealed to be two distinct evolutionary adaptation strategies that are supported by statistically significant population genetic analyses.•The most recent common ancestor of extant types occurred between 14,000–21,000 years ago, infecting a native steelhead or rainbow trout host.
AbstractList	The myxozoan parasite Ceratonova shasta is an important pathogen that infects multiple species of Pacific salmonids. Ongoing genetic surveillance has revealed stable host-parasite relationships throughout the parasite's endemic range. We applied Bayesian phylogenetics to test specific hypotheses about the evolution of these host-parasite relationships within the well-studied Klamath River watershed in Oregon and California, USA. The results provide statistical support that different genotypes of C. shasta are distinct lineages of one species, which is related to two other Ceratonova species in the same ecosystems; Ceratonova X in speckled dace and C. gasterostea in threespine stickleback. Furthermore, we found strong support for the hypothesis that C. shasta type 0 in native steelhead trout and type I in Chinook salmon each evolved with a specialist host adaptation strategy, while C. shasta type II in coho salmon resulted from a generalist host adaptation strategy. Inferred date and host species of the most recent common ancestor of extant Klamath basin types indicate that it occurred between 14,000 and 21,000 years ago, and most likely infected a native steelhead or rainbow trout host. The myxozoan parasite Ceratonova shasta is an important pathogen that infects multiple species of Pacific salmonids. Ongoing genetic surveillance has revealed stable host-parasite relationships throughout the parasite's endemic range. We applied Bayesian phylogenetics to test specific hypotheses about the evolution of these host-parasite relationships within the well-studied Klamath River watershed in Oregon and California, USA. The results provide statistical support that different genotypes of C. shasta are distinct lineages of one species, which is related to two other Ceratonova species in the same ecosystems; Ceratonova X in speckled dace and C. gasterostea in threespine stickleback. Furthermore, we found strong support for the hypothesis that C. shasta type 0 in native steelhead trout and type I in Chinook salmon each evolved with a specialist host adaptation strategy, while C. shasta type II in coho salmon resulted from a generalist host adaptation strategy. Inferred date and host species of the most recent common ancestor of extant Klamath basin types indicate that it occurred between 14,000 and 21,000 years ago, and most likely infected a native steelhead or rainbow trout host. •Field-observed differences are revealed to be two distinct evolutionary adaptation strategies that are supported by statistically significant population genetic analyses.•The most recent common ancestor of extant types occurred between 14,000–21,000 years ago, infecting a native steelhead or rainbow trout host. The myxozoan parasite Ceratonova shasta is an important pathogen that infects multiple species of Pacific salmonids. Ongoing genetic surveillance has revealed stable host-parasite relationships throughout the parasite's endemic range. We applied Bayesian phylogenetics to test specific hypotheses about the evolution of these host-parasite relationships within the well-studied Klamath River watershed in Oregon and California, USA. The results provide statistical support that different genotypes of C. shasta are distinct lineages of one species, which is related to two other Ceratonova species in the same ecosystems; Ceratonova X in speckled dace and C. gasterostea in threespine stickleback. Furthermore, we found strong support for the hypothesis that C. shasta type 0 in native steelhead trout and type I in Chinook salmon each evolved with a specialist host adaptation strategy, while C. shasta type II in coho salmon resulted from a generalist host adaptation strategy. Inferred date and host species of the most recent common ancestor of extant Klamath basin types indicate that it occurred between 14,000 and 21,000 years ago, and most likely infected a native steelhead or rainbow trout host.The myxozoan parasite Ceratonova shasta is an important pathogen that infects multiple species of Pacific salmonids. Ongoing genetic surveillance has revealed stable host-parasite relationships throughout the parasite's endemic range. We applied Bayesian phylogenetics to test specific hypotheses about the evolution of these host-parasite relationships within the well-studied Klamath River watershed in Oregon and California, USA. The results provide statistical support that different genotypes of C. shasta are distinct lineages of one species, which is related to two other Ceratonova species in the same ecosystems; Ceratonova X in speckled dace and C. gasterostea in threespine stickleback. Furthermore, we found strong support for the hypothesis that C. shasta type 0 in native steelhead trout and type I in Chinook salmon each evolved with a specialist host adaptation strategy, while C. shasta type II in coho salmon resulted from a generalist host adaptation strategy. Inferred date and host species of the most recent common ancestor of extant Klamath basin types indicate that it occurred between 14,000 and 21,000 years ago, and most likely infected a native steelhead or rainbow trout host.
ArticleNumber	104081
Author	Breyta, Rachel Bartholomew, Jerri L. Atkinson, Stephen D.
Author_xml	– sequence: 1 givenname: Rachel surname: Breyta fullname: Breyta, Rachel email: rbjmax@uw.edu organization: Department of Microbiology, Oregon State University, Corvallis, OR, USA – sequence: 2 givenname: Stephen D. surname: Atkinson fullname: Atkinson, Stephen D. organization: Department of Microbiology, Oregon State University, Corvallis, OR, USA – sequence: 3 givenname: Jerri L. surname: Bartholomew fullname: Bartholomew, Jerri L. organization: Department of Microbiology, Oregon State University, Corvallis, OR, USA
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Keywords	Ceratonova shasta ITS-1 Pacific salmon Bayesian phylogenetics Klamath River rRNA
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Snippet	The myxozoan parasite Ceratonova shasta is an important pathogen that infects multiple species of Pacific salmonids. Ongoing genetic surveillance has revealed...
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SubjectTerms	Adaptation, Physiological ancestry Animals basins Bayes Theorem Bayesian phylogenetics California Ceratomyxa shasta Ceratonova shasta Gasterosteus aculeatus Genotype Host Specificity Host-Parasite Interactions hosts infection ITS-1 Klamath River monitoring Myxozoa - classification Myxozoa - genetics Myxozoa - physiology Oncorhynchus kisutch Oncorhynchus mykiss Oncorhynchus tshawytscha Oregon Pacific salmon parasites pathogens Phylogeny Rhinichthys osculus rivers rRNA Salmonidae - genetics Salmonidae - parasitology Sequence Analysis, DNA - methods watersheds
Title	Evolutionary dynamics of Ceratonova species (Cnidaria: Myxozoa) reveal different host adaptation strategies
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