Reconstructing genome evolution in historic samples of the Irish potato famine pathogen

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作者
Michael D. Martin
Enrico Cappellini
Jose A. Samaniego
M. Lisandra Zepeda
Paula F. Campos
Andaine Seguin-Orlando
Nathan Wales
Ludovic Orlando
Simon Y. W. Ho
Fred S. Dietrich
Piotr A. Mieczkowski
Joseph Heitman
Eske Willerslev
Anders Krogh
Jean B. Ristaino
M. Thomas P. Gilbert
机构
[1] Centre for GeoGenetics,Department of Molecular Genetics and Microbiology
[2] Natural History Museum of Denmark,Department of Biology
[3] University of Copenhagen,Department of Biology
[4] School of Biological Sciences,Department of Plant Pathology
[5] Edgeworth David Building A11,undefined
[6] University of Sydney,undefined
[7] Duke University Medical Center,undefined
[8] High-Throughput Sequencing Facility,undefined
[9] CB no. 3280,undefined
[10] University of North Carolina,undefined
[11] Bioinformatics Centre,undefined
[12] University of Copenhagen,undefined
[13] 100 Derieux Place,undefined
[14] Box 7616,undefined
[15] North Carolina State University,undefined
[16] Ancient DNA Laboratory,undefined
[17] School of Veterinary and Life Sciences,undefined
[18] Murdoch University,undefined
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摘要
Responsible for the Irish potato famine of 1845–49, the oomycete pathogen Phytophthora infestans caused persistent, devastating outbreaks of potato late blight across Europe in the 19th century. Despite continued interest in the history and spread of the pathogen, the genome of the famine-era strain remains entirely unknown. Here we characterize temporal genomic changes in introduced P. infestans. We shotgun sequence five 19th-century European strains from archival herbarium samples—including the oldest known European specimen, collected in 1845 from the first reported source of introduction. We then compare their genomes to those of extant isolates. We report multiple distinct genotypes in historical Europe and a suite of infection-related genes different from modern strains. At virulence-related loci, several now-ubiquitous genotypes were absent from the historical gene pool. At least one of these genotypes encodes a virulent phenotype in modern strains, which helps explain the 20th century’s episodic replacements of European P. infestans lineages.
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