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. 2022 Dec 9;13:7624. doi: 10.1038/s41467-022-33576-3

Fig. 7. Sequence similarity network of Coriobacteriia 10–12-TM LuxR regulators reveals high diversity of these regulators.

Fig. 7

The SSN was constructed using Coriobacteriia protein sequences from IMG/M database containing a pfam00196 domain (Bacterial regulatory proteins, LuxR family) and predicted to have 10–12 N-terminal TM helices. Nodes represent proteins with 95% sequence identity. SSN displayed with an alignment score of 80. Nodes are coloured based on the bacterial genera that protein sequences belong to. Coloured clusters contain LuxR sequences that either are characterized in this study or are co-localized with characterized enzymes, with their representative LuxRs and potential sensing molecules displayed.