Evidence for a putative isoprene reductase in Acetobacterium wieringae

Supplementary Tables from "Evidence for a putative isoprene reductase in <em>Acetobacterium wieringae</em>". <br> <strong>Table S1:</strong> Average nucleotide identity (ANI) between enriched <em>Comamonas</em> sp. ISORED-1 and close relative genomes available on NCBI and average amino acid identity (AAI) pairwise comparisons. <strong>Table S2:</strong> Average nucleotide identity (ANI) between enriched <em>A. wieringae</em> ISORED-2 and close relative genomes available on NCBI and average amino acid identity (AAI) pairwise comparisons. <strong>Table S3:</strong> Primer sequences used for RT-PCR to amplify the intergenic regions of the putative <em>isr</em> operon. <strong>Table S4:</strong> Annealing temperatures of primer pairs used to amplify the intergenic regions of the putative isoprene operon and their predicted product sizes. <strong>Table S5:</strong> List of complete <em>Acetobacterium</em> genomes used for pangenome analysis with anvi'o. <strong>Table S6:</strong> Summary of shared and unique gene cluster within <em>Acetobacterium</em> genus. Based on an MCL inflation value of 6. <strong>Table S7:</strong> List of 352 unique proteins encoded in the <em>A. wieringae</em> ISORED-2 genome. Shown are NCBI BLASTp results of each protein. <strong>Table S8:</strong> Sequence information of IsrA homologs represented in the phylogenetic tree (Figure 4AB). <strong>Table S9:</strong> Sequence information of clade 9 proteins used in the phylogenetic tree (Figure 4C and Figure S4). <strong>Table S10:</strong> InterProScan results of proteins encoded in the <em>isr</em> operon (VUZ27132.1-VUZ27136.1) and characterized NfnB subunits. <strong>Table S11:</strong> List of <em>Comamonas </em>sp. ISORED-1 proteins identified in the proteomic analysis. <strong>Table S12:</strong> EFI-GNT - Genome Neighbourhood Networks (GNNs) computation results of proteins from the putative <em>isr</em> operon (VUZ27132.1-VUZ27136.1). <br>