Fig. 6
From: In silico hybridization enables transcriptomic illumination of the nature and evolution of Myxozoa
Putative Myxobolus pendula toxins. Matches of toxin transcripts found in the M. pendula transcriptome to well-annotated toxins of other cnidarians and public databases are shown divided by gene ontological categories. A total of 49 sequences were identified as candidate toxins. Blue = matched to the UniProt Animal Toxin database; red = matched to the proteome of Hydra magnipapillata [22]; light green = matched to Anemonia viridis [28]; dark green = matched to Aurelia aurita [28]