Figure S5 Selection analysis on UPOs using aBSREL, a branch-site model. Thicker branches have a p-value <â0.05 showing evidence of undergoing positive diversifying selection. (TIF 1225 kb
Unrooted maximum-likelihood phylogenetic tree with bootstrap values of uPAR-like genes and closely p...
Protein sequences of the uPAR-like genes and closely paralogues used to build the phylogenetic tree ...
Expanded phylogenetic tree of Figure 2a. Clades used in the positive selection analyses are highligh...
Figure S2 MSA of the five different subfamilies of UPOs and newly found motifs highlighted with rect...
Figure S10 Structural representation of the newly found motifs adhering near the binding pockets (sh...
Table S2 The binding cavity analysis of all the predicted structures of newly found UPOs. The bindin...
Figure S3 MSA of all UPOs showing the positive and negatively selected sites using the MEME and FUBA...
Figure S4 A graph showing the number of (a) synonymous and (b) nonsynonymous sites in UPOs obtained ...
Figure S9 An MSA of the clusters formed for the functional divergence analysis showing the Type-I fu...
Figure S7 A graph showing the number of (a) synonymous and (b) nonsynonymous sites in CPOs obtained ...
Figure S6 MSA of all CPOs showing the positive and negatively selected sites using the MEME and FUBA...
Table S1 Number of putative sequences obtained in 35 different fungal species using the pipeline. (D...
Table S3 Information of all the fungal genome sequences used in this study. (XLSX 38 kb
Abstract Background Unspecific peroxygenases (UPO) (EC 1.11.2.1) represent an intriguing oxidoreduct...
Figure S2. Phylogenetic tree of all proteins containing IPR001019 domains. Total 18 species were ass...
Unrooted maximum-likelihood phylogenetic tree with bootstrap values of uPAR-like genes and closely p...
Protein sequences of the uPAR-like genes and closely paralogues used to build the phylogenetic tree ...
Expanded phylogenetic tree of Figure 2a. Clades used in the positive selection analyses are highligh...
Figure S2 MSA of the five different subfamilies of UPOs and newly found motifs highlighted with rect...
Figure S10 Structural representation of the newly found motifs adhering near the binding pockets (sh...
Table S2 The binding cavity analysis of all the predicted structures of newly found UPOs. The bindin...
Figure S3 MSA of all UPOs showing the positive and negatively selected sites using the MEME and FUBA...
Figure S4 A graph showing the number of (a) synonymous and (b) nonsynonymous sites in UPOs obtained ...
Figure S9 An MSA of the clusters formed for the functional divergence analysis showing the Type-I fu...
Figure S7 A graph showing the number of (a) synonymous and (b) nonsynonymous sites in CPOs obtained ...
Figure S6 MSA of all CPOs showing the positive and negatively selected sites using the MEME and FUBA...
Table S1 Number of putative sequences obtained in 35 different fungal species using the pipeline. (D...
Table S3 Information of all the fungal genome sequences used in this study. (XLSX 38 kb
Abstract Background Unspecific peroxygenases (UPO) (EC 1.11.2.1) represent an intriguing oxidoreduct...
Figure S2. Phylogenetic tree of all proteins containing IPR001019 domains. Total 18 species were ass...
Unrooted maximum-likelihood phylogenetic tree with bootstrap values of uPAR-like genes and closely p...
Protein sequences of the uPAR-like genes and closely paralogues used to build the phylogenetic tree ...
Expanded phylogenetic tree of Figure 2a. Clades used in the positive selection analyses are highligh...
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