Figure 3
![Superpositions were performed using SHP [49] to optimize the probability of equivalence between Cα residue pairs. Following alignment, a pairwise evolutionary distance matrix was constructed and converted into an unrooted tree using PHYLIP [50]. PDB codes are shown in parentheses.](https://port.silverchair-cdn.com/port/content_public/journal/biochemsoctrans/38/5/10.1042_bst0381349/2/bst0381349fig3.jpeg?Expires=1716909172&Signature=JdpDWrBK7szjXMukaoqk0u~-r9hfmNgqG0qUEnhQFDDQ1NVSoCIK2oEI0YQxRXiC4SlZWnaK3es0cv4o-Ea5qoGoeIlNUMl1EC8IQgA8AkBm9tQ-aktHb6HOv1hMwnAo7gR62l2LnuuVU6TWHH~2NryTMiCIIvx9KGNSnVQKwFWa9rr3ibh-8I-wXihp-jtVkEt3mE5sZ8zR1ZgC9xEIsCrRmsBLrlVeL9R1djJjd2S1~yRm3dN09vAeyOirJ1Tj~sc5d2XBKKV7GHPvdVCu04afr872nFoaWO3biFbNdtmbqUpllywoy~m-v5t6TcnYrTZ3vq2QJYWdaVooK9IbTw__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
Structural phylogeny of representative receptor-binding β-propeller domains from the Paramyxovirinae
Superpositions were performed using SHP [49] to optimize the probability of equivalence between Cα residue pairs. Following alignment, a pairwise evolutionary distance matrix was constructed and converted into an unrooted tree using PHYLIP [50]. PDB codes are shown in parentheses.
