Human migration and the spread of malaria parasites to the New World
Rodrigues PTPapers in this archive, Valdivia HOPapers in this archive, de Oliveira TCPapers in this archive, Alves JMPPapers in this archive, Duarte AMRCPapers in this archive, Cerutti-Junior CPapers in this archive, Buery JCPapers in this archive, Brito CFAPapers in this archive, de Souza JCPapers in this archive, Hirano ZMBPapers in this archive, Bueno MGPapers in this archive, Catão-Dias JLPapers in this archive, Malafronte RSPapers in this archive, Ladeia-Andrade SPapers in this archive, Mita TPapers in this archive, Santamaria AMPapers in this archive, Calzada JEPapers in this archive, Tantular ISPapers in this archive, Kawamoto FPapers in this archive, Raijmakers LRJPapers in this archive, Mueller IPapers in this archive, Pacheco MAPapers in this archive, Escalante AAPapers in this archive, Felger IPapers in this archive, Ferreira MUPapers in this archive
Abstract
We examined the mitogenomes of a large global collection of human malaria parasites to explore how and when Plasmodium falciparum and P. vivax entered the Americas. We found evidence of a significant contribution of African and South Asian lineages to present-day New World malaria parasites with additional P. vivax lineages appearing to originate from Melanesia that were putatively carried by the Australasian peoples who contributed genes to Native Americans. Importantly, mitochondrial lineages of the P. vivax-like species P. simium are shared by platyrrhine monkeys and humans in the Atlantic Forest ecosystem, but not across the Amazon, which most likely resulted from one or a few recent human-to-monkey transfers. While enslaved Africans were likely the main carriers of P. falciparum mitochondrial lineages into the Americas after the conquest, additional parasites carried by Australasian peoples in pre-Columbian times may have contributed to the extensive diversity of extant local populations of P. vivax.
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