Collection of Manually Curated Inferences of Regulons in Prokaryotic Genomes
-- version 3.2 --

Propagation of TunR2 regulog to Desulfovibrio magneticus RS-1

Reference regulog properties
Source regulog: TunR2 - Desulfovibrionales
Regulator type: Transcription factor
Regulator family: TunR
Regulation mode: activator
Biological process: Molybdenum homeostasis; Metabolite transport
Effector:
Phylum: Proteobacteria/delta
Propagated regulon:
Target genome Desulfovibrio magneticus RS-1
Orthologous TF(s) DMR_06550
Regulated genes 4
Built upon 12 sites [see more]
Predicted regulatory interactions in Desulfovibrio magneticus RS-1
Locus tag Position Score Sequence
Position: -121
Score: 5.7
Sequence: CTAACACGAAAAAATTAATTTGCGTGTGAG
Locus tag: DMR_17150
DMR_17150 -121 5.7 CTAACACGAAAAAATTAATTTGCGTGTGAG
Supported by regulated orthologs from reference regulons
Ortholog gene name: mop
Ortholog function: molybdenum-pterin binding protein
Desulfovibrio magneticus RS-1 DMR_17150 -121 5.7 CTAACACGAAAAAATTAATTTGCGTGTGAG
Position: -85
Score: 5.8
Sequence: GTAACACGTATTTTCTAAAATCCGTGTCAT
Locus tag: DMR_20140
DMR_20140 -85 5.8 GTAACACGTATTTTCTAAAATCCGTGTCAT
Supported by regulated orthologs from reference regulons
Ortholog gene name: DMR_20140
Ortholog function: SulP family transporter
Desulfovibrio magneticus RS-1 DMR_20140 -85 5.8 GTAACACGTATTTTCTAAAATCCGTGTCAT
Position: -159
Score: 5.2
Sequence: CTGGCACGGCAATCCTAAAAGCCGTGTCTT
Locus tag: DMR_43460
DMR_43460 -159 5.2 CTGGCACGGCAATCCTAAAAGCCGTGTCTT
Supported by regulated orthologs from reference regulons
Ortholog gene name: DMR_43460
Ortholog function: COG1720: Uncharacterized conserved protein
Desulfovibrio magneticus RS-1 DMR_43460 -159 5.2 CTGGCACGGCAATCCTAAAAGCCGTGTCTT
Position: -23
Score: 5.2
Sequence: CTCACACCGGTTTTATAATATACGTGTCAG
Locus tag: DMR_43920
DMR_43920 -23 5.2 CTCACACCGGTTTTATAATATACGTGTCAG
Supported by regulated orthologs from reference regulons
Ortholog gene name: DMR_43920
Ortholog function: putative molybdenum storage protein
Desulfovibrio magneticus RS-1 DMR_43920 -23 5.2 CTCACACCGGTTTTATAATATACGTGTCAG