Phylogenetic tree of ZIKV isolated from Hu0015 compared to previously sequenced ZIKV genomes.

Alba Grifoni (3137199); Alessandro Sette (19132); Aline Domingues (4102369); Cassia G. T. Silveira (4102372); Daniela Weiskopf (476163); David I. Watkins (36142); Diogo M. Magnani (4102390); Esper G. Kallas (36139); Helen S. Maxwell (4102396); Hyeryun Choe (233654); John Altman (4710032); John Pham (4710034); Karthik Gangavarapu (4710035); Kristian G. Andersen (225212); Lucas Gonzalez-Nieto (4102363); Mario Stevenson (45222); Mark Sharkey (45221); Martin J. Gutman (4102366); Mauricio A. Martins (102761); Michael J. Ricciardi (4102375); Nathan D. Grubaugh (446564); Núria Pedreño-Lopez (4102378); Paola Lichtenberger (4710033); Stephen S. Whitehead (150702); Varian K. Bailey (4102360); Young-Chan Kwon (4710036)

Abstract

<p>A detailed maximum likelihood phylogenetic analysis of published ZIKV genomes from the Pacific and Americas (Asian genotype, from 2013–2016). The pink branches represent isolates from the 2016 ZIKV outbreak in Florida. Hu0015 is one of the first ZIKV sequences from autochthonous transmission in the contiguous US and clades with one of four ZIKV lineages detected during the outbreak in Florida. The scale of 0.005 represents nucleotide substitutions per site in the viral genome.</p

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Last time updated on 12/02/2018