Lines between departments and neighboring countries represent branches in the Bayesian MCC tree along which location transitions occur. Lines were colored according to the source location as indicated in the legend at the bottom. Dashed lines indicate transitions associated to nodes with low location probability support (<0.60). Guatemalan Departments: Alta Verapaz (AV), Baja Verapaz (BV), Chimaltenango (CM), Chiquimula (CQ), El Progreso (PR), Escuintla (ES), Guatemala (GU), Huehuelenango (HU), IZABAL (IZ), Jalapa (JA), Jutiapa (JU), PETEN (PE), Quetzaltenango (QT), Quiche (QC), Retalhuleu (RE), Sacatepequez (SA), San Marcos (SM), Santa Rosa (SR), Solola (SO), Suchitepequez (SU), Totonicapan (TO) and Zacapa (ZA).</p
<p>(A) Viral dispersal pattern between 1976 and 2010. Lines between locations represent branches in ...
<p>Graphics depict the location state posterior probability distributions at the root of the subtype...
<p>Branches are colored according to the most probable location state of their descendent nodes. The...
Lines between departments and neighboring countries represent branches in the Bayesian MCC tree alon...
<p>Lines between districts represent branches in the Bayesian MCC tree along which location transiti...
Different explanations exist on how HIV-1 subtype B spread in Central America, but the role of Guate...
Different explanations exist on how HIV-1 subtype B spread in Central America, but the role of Guate...
<p>Snapshots of viral migration events occurring at different time intervals between 1970 and 2012 a...
<p>Genetic relations are represented with Population Graphs, where diameter of the nodes represents ...
<p>A–D) Viral migration events occurred between 1964 and 2005 are indicated. Lines between locations...
Branches are colored according to the geographic origin of each sequence, as indicated in the legend...
BackgroundMigration and travel are major drivers of the spread of infectious diseases. Geographic pr...
BackgroundMigration and travel are major drivers of the spread of infectious diseases. Geographic pr...
Branches are colored according to the geographic origin of each sequence, as indicated in the legend...
BackgroundMigration and travel are major drivers of the spread of infectious diseases. Geographic pr...
<p>(A) Viral dispersal pattern between 1976 and 2010. Lines between locations represent branches in ...
<p>Graphics depict the location state posterior probability distributions at the root of the subtype...
<p>Branches are colored according to the most probable location state of their descendent nodes. The...
Lines between departments and neighboring countries represent branches in the Bayesian MCC tree alon...
<p>Lines between districts represent branches in the Bayesian MCC tree along which location transiti...
Different explanations exist on how HIV-1 subtype B spread in Central America, but the role of Guate...
Different explanations exist on how HIV-1 subtype B spread in Central America, but the role of Guate...
<p>Snapshots of viral migration events occurring at different time intervals between 1970 and 2012 a...
<p>Genetic relations are represented with Population Graphs, where diameter of the nodes represents ...
<p>A–D) Viral migration events occurred between 1964 and 2005 are indicated. Lines between locations...
Branches are colored according to the geographic origin of each sequence, as indicated in the legend...
BackgroundMigration and travel are major drivers of the spread of infectious diseases. Geographic pr...
BackgroundMigration and travel are major drivers of the spread of infectious diseases. Geographic pr...
Branches are colored according to the geographic origin of each sequence, as indicated in the legend...
BackgroundMigration and travel are major drivers of the spread of infectious diseases. Geographic pr...
<p>(A) Viral dispersal pattern between 1976 and 2010. Lines between locations represent branches in ...
<p>Graphics depict the location state posterior probability distributions at the root of the subtype...
<p>Branches are colored according to the most probable location state of their descendent nodes. The...