Integrative approach using <i>Yersinia pestis</i> genomes to revisit the historical landscape of plague during the Medieval Period
Namouchi APapers in this archive, Guellil MPapers in this archive, Kersten OPapers in this archive, Hänsch SPapers in this archive, Ottoni CPapers in this archive, Schmid BVPapers in this archive, Pacciani EPapers in this archive, Quaglia LPapers in this archive, Vermunt MPapers in this archive, Bauer ELPapers in this archive, Derrick MPapers in this archive, Jensen AØPapers in this archive, Kacki SPapers in this archive, Cohn SKPapers in this archive, Stenseth NCPapers in this archive, Bramanti BPapers in this archive
Abstract
While our knowledge of modern plague reservoirs and their hosts is extensive, we have little to no knowledge about the origin of the Medieval plague pandemics or the routes of transmission involved in their spread. Prior genomic data provide a patchy low-resolution picture of the transmission dynamics involved during the Second Plague Pandemic, with only five distinct genomes. We have reevaluated all Medieval strains under the light of archaeological and historical evidence to carefully discuss the involvement of different transmission routes during the Second Plague Pandemic. Our interpretation showcases the importance of trade routes and human movements and further supports the identification of Yersinia pestis as the pathogenic agent of the so-called pestis secunda (1357–1366). Keywords: plague, Medieval, ancient DNA, Yersinia pestis, Second Pandemic
This page indexes the study's public bibliographic record. The full text belongs to the journal; follow the DOI above to read it at the source.