Phylogeny:REX Lentivirus

AP clan AA aspartic peptidasesAP Bel/PaoAP CaulimoviridaeAP Caulimoviridae dom2AP LTR retroelementsAP RetroviridaeAP Ty1/CopiaAP Ty3/GypsyATF CaulimovirusBel1 SpumaretrovirusBel2 SpumaretrovirusCHR Ty1/CopiaCHR eukaryote protein domainsCHR retroelementCOAT CaulimoviridaeCOATPOL CaulimoviridaeENV Athila (Ty3/Gypsy)ENV Errantiviridae (Ty3/Gypsy)ENV RetroviridaeENV Sire (Ty1/Copia)GAG Bel/PaoGAG RetroviridaeGAG Ty1/CopiaGAG Ty3/GypsyGAGPOL Bel/PaoGAGPOL RetroviridaeGAGPOL Ty1/CopiaGAGPOL Ty3/GypsyGPYF LTR retroelementsINT Bel/PaoINT GIN/GINGERINT LTR retroelementsINT RetroviridaeINT Ty1/CopiaINT Ty3/GypsyMOV CaulimoviridaeNEF LentiviridaeORF2 BadnavirusORFB SoymovirusORFC SoymovirusORFX BetaretrovirusPOL Bel/PaoPOL CaulimoviridaePOL LTR retroelementsPOL RetroviridaePOL Ty1/CopiaPOL Ty3/GypsyREV LentivirusREX LentivirusRNaseH Bel/PaoRNaseH CaulimoviridaeRNaseH LTR retroelementsRNaseH RetroviridaeRNaseH Ty1/CopiaRNaseH Ty3/GypsyRT Bel/PaoRT CaulimoviridaeRT LTR retroelementsRT RetroviridaeRT Ty1/CopiaRT Ty3/GypsySORF BetaretrovirusTAT LentivirusTAV CaulimoviridaeTAX DeltaretrovirusVAP CaulimoviridaeVIF-Q LentivirusVPR-VPX LentivirusdUTPase retroelements

Method of phylogenenetic reconstruction

Phylogenetic reconstruction inferred based on the "rex" accessory proteins of Lentivirus genus species (Retroviridae family) using Felsenstein's protein sequence parsimony method based on (Eck and Dayhoff 1966) and (Fitch 1971) to generate a majority-rule consensus tree (Margush and McMorris 1981). As majority-rule consensus tree usually consists of all groups that occur more than 50% of the time, we take consensus values upper to 50 as an equivalent-bootstrapping reference.